Clock Controlled Unipolar Stepping Motor Driver TB67S149FTG (Device Modeling Report)
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Clock Controlled Unipolar Stepping Motor Driver TB67S149FTG (Device Modeling Report)
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Clock Controlled Unipolar Stepping Motor Driver TB67S149FTG (Device Modeling Report)
- 1. Siam Bee Technologies Co.,Ltd. http://www.marutsu.co.jp/pc/i/593537/ Clock Controlled Unipolar Stepping Motor Driver TB67S149FTG (Device Modeling Report) LTspice Version 1Copyright (C) Siam Bee Technologies 2016
- 2. TB67S149FTG (Equivalent Circuit) 2Copyright (C) Siam Bee Technologies 2016 MO RGNDA RGNDB Rgnd Pre_Fab UOPR POR_TB67S VM_IN POR POR5CC VM Por VCC Por5 Sel_Fst Pre_Fb Pre_Fbb 0 RefA RefAB Por5 Sel_Hst_a A Sel_1_8 Sel_1_16 Sel_Hst Pre_Fa Pre_Fab Sel_Qst Sel_Fst Sel_1_32 Com0 Sel_Hst_b Riso_Vcom VCOM AB UPnPC PnAC RESET CLK CWCCW ENABLE Disable Sel_Fst Sel_Qst Sel_1_8 Sel_1_16 Sel_1_32 Sel_Hst PWM_BB PWM_B PWM_A PWM_AB MO Sel_Hst_a Sel_Hst_b AREF ABREF BREF BBREF Pre_Fbb Pre_Fb Com0 IN+ IN- OUT+ OUT- ESN_AB LIMIT(I(AB), 1u, 5)GND Rsn_ab 0 0 R2 UOUT2 DRV_OUT_TB67S VG1 COM OUT1 GND OUT2 STB VG2 C2 UOUT01 DRV_OUT_TB67S VG1 COM OUT1 GND OUT2 STB VG2 Stby Urst_Det 2AND_TB67S Por5 ALM ERR Rsn_ab Temp_In Rsn_a Ctrl_Rst Ustby STBY_TB67S STBY DM0 DM2 DM3 RST_DET VREF IN+ IN- OUT+ OUT- ESN_A LIMIT(I(A), 1u, 5) Pre_Fa Rsn_a 0 Sel_Hst Por 0 Sel_Qst DMODE0 DMODE2 DMODE1 DMODE0 Sel_1_8 UPRE1 DRV_PRE_TB67S G1 G2 VSUB IN2 IN1 OFF1 OFF2 BRK OSCM Por URS_B RSCOMP_TB67S Ctrl_OUT1 Ctrl_OUT2 VREF1 OSC_IN IRT_IN RSN1 RSN2 POR5 VREF2 REF Sel_1_16 OUTB+ OUTB- Sel_1_32 B OUTA- BB OUTA+ Por5 Gfbb Gfb IN+ IN- OUT+ OUT- ESN_BB LIMIT(I(BB), 1u, 5) 0 Rsn_bb 0 Sel_Hst_a DMODE1 R3 UOSCM1 OSC_TB67S VREG ROSCM GND IRT OSC C3 IN+ IN- OUT+ OUT- ESN_B LIMIT(I(B), 1u, 5) Rsn_b 0 0 R4 C4 DMODE2 R1 Sel_Hst_b RefBB RefB URS_A RSCOMP_TB67S Ctrl_OUT1 Ctrl_OUT2 VREF1 OSC_IN IRT_IN RSN1 RSN2 POR5 VREF2 REF C1 UTSD_ISD ERR_DET_TB67S ALM Temp_In ERR Ilim_A Ilim_AB POR5 Ctrl_Rst Ilim_B Ilim_BB RefA Gfa Gfab Ctrl_Rst RefAB RefB RESET CLK CW/CCW ENABLE RefBB UBRK BRK_TB67S BRKExtBrk UMD_LOGIC DMODE_TB67S Sel_1_8 Sel_1_16 Dm0 Dm1 Dm2 Sel_1_32 Sel_Fst Sel_Hst Sel_Qst Sel_Hst_a Sel_Hst_b UPRE2 DRV_PRE_TB67S G1 G2 VSUB IN2 IN1 OFF1 OFF2 BRK Rsn_bb Rsn_b BRAKE Pin Configuration
- 3. UPnPC Block (Equivalent Circuit) 3Copyright (C) Siam Bee Technologies 2016 UPnPC PnAC RESET CLK CWCCW ENABLE Disable Sel_Fst Sel_Qst Sel_1_8 Sel_1_16 Sel_1_32 Sel_Hst PWM_BB PWM_B PWM_A PWM_AB MO Sel_Hst_a Sel_Hst_b AREF ABREF BREF BBREF CMO 100pF InAB5 0 RST CLK0 CW0 MO UQSTP QST_TB67S Qst_Ref_AB Qst_Ref_A Qst_Ref_B Qst_Ref_BB MO_Qst RST Qs_A Qs_AB Qs_B Qs_BB CLK0 CW0 CW0 MO_1_32 MO_Qst U32STP 32ST_TB67S MO_1_32 RST 32_A 32_AB 32_B 32_BB CLK0 32_Ref_A CW0 32_Ref_B 32_Ref_AB 32_Ref_BB InBB2 RST CLK0 MO_1_16 InB2 InAB2 InA2 Sel_Hst Sel_Fst UMO_OUT SEL_MO_TB67S SEL_FST SEL_HST SEL_QST SEL_1_8 SEL_1_16 SEL_1_32 MO_FST MO_HST MO_QST MO_1_8 MO_1_16 MO_1_32 MO Sel_Qst Sel_1_32 RST Sel_1_16 Sel_1_8 M_MO MNEAM_TB67S UEX1006 EX_OR_TB67S A B O DI_TB67S DMO 0MO_Hst MO_1_32 MO_Fst UOR_MO 2OR_TB67S MO_1_8 MO_Qst InAB4 InA4 InBB4 InB4 Hst_B_Ref_B CINT_CLK 0.1pF IC = 0 0 U10013 DFF_TB67S CLK D R S QQB 0 Cref4 1nF 16_Ref_AB 16_Ref_A 16_Ref_BB 16_Ref_B U10009 DFF_TB67S CLK D R S QQB Hst_B_Ref_BB InBB6 0 0 IN+ IN- OUT+ OUT- EREFAB1 LIMIT(V(R_AB5, 0)+V(R_AB6, 0)+V(R_AB7, 0), 0, 1) 8_Ref_A 8_Ref_BB 8_Ref_B 8_Ref_AB RST UREF5 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB Sel_1_16 R_B6 R_AB6 R_A6 R_BB6 UEX1001 EX_OR_TB67S A B O 0 0 IN+ IN- OUT+ OUT- EREFBB1 LIMIT(V(R_BB5, 0)+V(R_BB6, 0)+V(R_BB7, 0), 0, 1) 0 IN+ IN- OUT+ OUT- EREFAB LIMIT(V(%IN+, %IN-)+V(RST, 0), 0, 1) 0 UREF4 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB Sel_1_8 R_A5 R_BB5 R_B5 R_AB5 BREF U10004 DFF_TB67S CLK D R S QQB 0 IN+ IN- OUT+ OUT- EREFB LIMIT(V(%IN+, %IN-)+V(RST, 0), 0, 1) 0 UEX1007 EX_OR_TB67S A B O UIN2 IN_TB67S I O UIN1 IN_TB67S I O IN+ IN- OUT+ OUT- EREFBB LIMIT(V(%IN+, %IN-)+V(RST, 0), 0, 1) 00 UREF1 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB 0 IN+ IN- OUT+ OUT- ESUM4 LIMIT(V(%IN+)+V(%IN-), 0, 1) Sel_Hst_a USEL_1_8 SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB UEX1000 EX_OR_TB67S A B O Sel_Fst 0 IN+ IN- OUT+ OUT- EREFB0 LIMIT(V(R_B1, 0)+V(R_B2, 0)+V(R_B3, 0)+V(R_B4, 0), 0, 1) 0 Qst_Ref_B Qst_Ref_A Qst_Ref_BB Qst_Ref_AB UEX1002 EX_OR_TB67S A B O RST U10005 DFF_TB67S CLK D R S QQB 0 IN+ IN- OUT+ OUT- ESUM1 LIMIT(V(%IN+)+V(%IN-), 0, 1) R_B7 R_AB7 UREF6 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB Sel_1_32 R_A7 R_BB7 UEX1008 EX_OR_TB67S A B O 0 0 UINV_CLK INV_TB67S IN+ IN- OUT+ OUT- EREFBB0 LIMIT(V(R_BB1, 0)+V(R_BB2, 0)+V(R_BB3, 0)+V(R_BB4, 0), 0, 1) Hst_A_Ref_AB ABREF UREF3 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB 0 CINT_RST 0.1pF IC = 5 USEL_1_32 SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB UREF2 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB Sel_Qst R_AB3 RST U3_BB1 2OR_TB67S 0 IN+ IN- OUT+ OUT- ESUM2 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- EREFAB0 LIMIT(V(R_AB1, 0)+V(R_AB2, 0)+V(R_AB3, 0)+V(R_AB4, 0), 0, 1) 0 0 UEX1003 EX_OR_TB67S A B O Hst_A_Ref_B U10010 DFF_TB67S CLK D R S QQB R_AB2 BBREF U10006 DFF_TB67S CLK D R S QQB U10000 DFF_TB67S CLK D R S QQB Sel_Qst InBB1 InB1 InA1 R_AB1 InAB1 R_A1 R_BB1 R_B1 MO_FstCLK0 RST Sel_Fst UREF0 SEL_REF_TB67S INA INAB INB INBB SEL REFA REFAB REFB REFBB UFSTP FST_TB67S FR_A MO_Fst Fs_A Fs_B RST CLK0 Fs_AB Fs_BB FR_AB FR_B FR_BB Fst_Ref_AB Fst_Ref_A Fst_Ref_BB Fst_Ref_B InBB2 InB2 InA2 UEX1009 EX_OR_TB67S A B O UHSTP HST_TB67S Hst_A_Ref_A Hst_A_Ref_B Hst_A_Ref_AB Hst_A_Ref_BB Hsa_A Hsa_AB Hsa_B Hsa_BB MO_Hst RST CLK0 Hst_B_Ref_A Hst_B_Ref_BB Hst_B_Ref_B Hst_B_Ref_AB Hsa_A H1 RST 0 32_A RST 0 RST 32_BB 8_B 32_AB 32_B 0 Sel_1_8 1/32 step (H, H, H) 8_B Half step (a) (L, H, L) Half step (b) (H, L, L) H0 0 RST Hsa_AB Hs0_A Hsa_B Hsa_BB InA6 0 R_B2 CLK0 RST 8_A RST 0 RST 8_BB Hsa_B 8_AB 8_B 0 Sel_1_16 Hst_A_Ref_BB 1/8 step (H, L, H) Hsa_B Sel_1_32 U10001 DFF_TB67S CLK D R S QQB Sel_1_8 InAB4 InBB4 InB4 InA4 Sel_Hst Hs0_AB Sel_Hst_a R_B3 Sel_1_32 InAB1 RESET CLK Sel_Hst_b 0 0 IN+ IN- OUT+ OUT- EREFB1 LIMIT(V(R_B5, 0)+V(R_B6, 0)+V(R_B7, 0), 0, 1) InAB2 UEX1004 EX_OR_TB67S A B O UENA IN_TB67S I O R_AB4 16_A 0 R_A4 R_BB4 R_B4 R_BB2 16_BB RST RST Qs_B InAB3 16_B 16_AB 0 U10011 DFF_TB67S CLK D R S QQB Qs_B 1/16 step (H, H, L) 0 RST Fs_A RST CLK0 0 CWCCW IN+ IN- OUT+ OUT- EREFA LIMIT(V(%IN+, %IN-)+V(RST, 0), 0, 1) CLK0 Fs_BB Fs_AB N0 N1 Fs_B 0 UIN3 IN_TB67S I O Qs_A RST 0 RST Qs_BB U10007 DFF_TB67S CLK D R S QQB Fs_B Qs_BQs_B Qs_AB InAB4 0 ENABLE R_BB3 0 Cref1 1nF MO_Hst Fs_B Full step (L, L, L) - Standby Full step (L, L, H) UStg_Out 2AND_TB67S Sel_Hst ONOFF PWM_BB UPWM_OUT SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB ONOFF PWM_B PWM_AB PWM_A Sel_Fst USEL_1_16 SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB Sel_Qst Quarter step (L, H, H) Q0 Sel_1_16 Q1 UEX1010 EX_OR_TB67S A B O AREF InAB5 InA2 Disable InAB6 InA3 InA5 InA4 InAB3 InBB3 InB3 USEL_Fst SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB InA3 InA6 U1_A 3OR_TB67S InB1 InA1 InBB1 InAB1 32_Ref_B 32_Ref_AB 32_Ref_A 32_Ref_BB U2_A 3OR_TB67S InB1 RST U10002 DFF_TB67S CLK D R S QQB Hs0_B Hs0_A CLK0 InB2 InAB6 0 0 IN+ IN- OUT+ OUT- EREFA1 LIMIT(V(R_A5, 0)+V(R_A6, 0)+V(R_A7, 0), 0, 1) CLK0 R_A2 U3_A 2OR_TB67S InB3 U1_B 3OR_TB67S U2_B 3OR_TB67S Hs0_B U3_B 2OR_TB67S UEX1005 EX_OR_TB67S A B O 0 CLK0 RST Hs0_BB InB4 U1_BB 3OR_TB67S U2_BB 3OR_TB67S U3_BB 2OR_TB67S CW0 InB5 0 InA1 InB6 InAB5 U10012 DFF_TB67S CLK D R S QQB InBB5 InB5 InA5 InBB2 InBB1 InBB3 InAB6 InBB6 InB6 InA6 U1_AB 3OR_TB67S U2_AB 3OR_TB67S U3_AB 2OR_TB67S Hst_B_Ref_A InBB4 InBB6 InBB5 InAB2 U10008 DFF_TB67S CLK D R S QQB USEL_Qst SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB 0 IN+ IN- OUT+ OUT- ESUM3 LIMIT(V(%IN+)+V(%IN-), 0, 1) UEX1011 EX_OR_TB67S A B O Cref2 1nF 0 R_A3 U3_AB1 2OR_TB67S Sel_Hst_b InB6 U10003 DFF_TB67S CLK D R S QQB Hst_A_Ref_A 0 IN+ IN- OUT+ OUT- EREFA0 LIMIT(V(R_A1, 0)+V(R_A2, 0)+V(R_A3, 0)+V(R_A4, 0), 0, 1) 0 Hst_B_Ref_AB USEL_Hst SEL_MODE_TB67S SEL OUT_A OUT_AB OUT_B OUT_BB IN_A IN_AB IN_B IN_BB RST InAB3 InA3 InBB3 InB3 Cref3 1nF U16STP 16ST_TB67S 16_Ref_A 16_Ref_BB 16_Ref_B 16_Ref_AB MO_1_16 16_A RST 16_AB 16_B 16_BB CLK0 CW0 CLK0 MO_1_16 CW0 0 U8STP 8ST_TB67S 8_Ref_A 8_Ref_AB 8_Ref_B 8_Ref_BB MO_1_8 8_A 8_AB 8_B 8_BB RST CLK0 CW0 RST CLK0 MO_1_8 InA5 InBB5 InB5 CW0
- 4. UPnPC-UFSTP Block (Equivalent Circuit) 4Copyright (C) Siam Bee Technologies 2016 0 0 FR_B IN+ IN- OUT+ OUT- EFR4 LIMIT(V(Fs_BB, 0), 0, 1) 0 0 FR_BB IN+ IN- OUT+ OUT- EFR1 LIMIT(V(Fs_A, 0), 0, 1) 0 Full step (L, L, H) 0 U10139 DFF_TB67S CLKD R S QQB RST 0 CLK0 FsB0 U10138 DFF_TB67S CLKD R S QQB 0 RST FsA0 CLK0 FR_A FsB0 Fs_B UEX1012 EX_OR_TB67S A B O UMO_100 2AND_TB67S MO_Fst Fs_A Fs_B CLK0 RST U10140 DFF_TB67S CLKD R S QQB RST 0 CLK0 U10141 DFF_TB67S CLKD R S QQB 0 RST FsAB0 CLK0 Fs_BB Fs_AB IN+ IN- OUT+ OUT- EFR2 LIMIT(V(Fs_AB, 0), 0, 1) 0 0 FR_AB FsBB0 IN+ IN- OUT+ OUT- EFR3 LIMIT(V(Fs_B, 0), 0, 1) UFSTP FST_TB67S FR_A MO_Fst Fs_A Fs_B RST CLK0 Fs_AB Fs_BB FR_AB FR_B FR_BB
- 5. UPnPC-UHSTP Block (Equivalent Circuit) 5Copyright (C) Siam Bee Technologies 2016 RST CLK0 U10016 DFF_TB67S CLK D R S Q QB 0 C3 2.5nF U10022 DFF_TB67S CLK D R S Q QB 0 C4 2.5nF U10017 DFF_TB67S CLK D R S Q QB U10023 DFF_TB67S CLK D R S Q QB U10018 DFF_TB67S CLK D R S Q QB U10024 DFF_TB67S CLK D R S Q QB Hsa_B2 0 RST CLK0 U10019 DFF_TB67S CLK D R S Q QB U10014 DFF_TB67S CLK D R S Q QB 0 RST Hsa_A2 CLK0 U10025 DFF_TB67S CLK D R S Q QB 0 Hsa_BB2 0 RST C1 2.5nF CLK0 U10020 DFF_TB67S CLK D R S Q QB 0 0 IN+ IN- OUT+ OUT- EA_Hst_B LIMIT(V(%IN+)+V(%IN-), 0, 1) Hst_A_Ref_A Hst_A_Ref_B UA_Hst_A 2AND_TB67S Hsa_A0 0 RST UB_Hst_AB4 2AND_TB67S 0 RST UB_Hst_A4 2AND_TB67S Hst_A_Ref_A CLK0 Hst_A_Ref_AB UA_Hst_AB 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- EB_Hst100A LIMIT(V(%IN+, %IN-), 0, 0.29) 0 Hsa_AB0 RST 0 Hst_B_Ref_AIN+ IN- OUT+ OUT- EB_Hst_Sum_A LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 0 0 0 0 IN+ IN- OUT+ OUT- EA_Hst_AB LIMIT(V(%IN+)+V(%IN-), 0, 1) C5 1nF 0 IN+ IN- OUT+ OUT- EB_Hst71A LIMIT(V(%IN+, %IN-), 0, 0.71) RST Hsa_AB1 0 Hsa_A1 CLK0 U10015 DFF_TB67S CLK D R S Q QB Half step (b) (H, L, L) - + + - EB_HA 0 00 UB_Hst_B4 2AND_TB67S IN+ IN- OUT+ OUT- EA_Hst_A LIMIT(V(%IN+)+V(%IN-), 0, 1) Hst_A_Ref_BB CLK0 0 UA_Hst_B 2AND_TB67S IN+ IN- OUT+ OUT- EB_Hst100BB LIMIT(V(%IN+, %IN-), 0, 0.29) Hst_B_Ref_BB Hsa_B1 0 0 0 Hsa_B0 RST IN+ IN- OUT+ OUT- EB_Hst_Sum_BB LIMIT(V(%IN+)+V(%IN-), 0, 1) Hsa_A1 RST 0 C8 1nF 0 CLK0 IN+ IN- OUT+ OUT- EB_Hst71BB LIMIT(V(%IN+, %IN-), 0, 0.71) CLK0 0 0 0 Half step (a) (L, H, L) 0 0 UB_Hst_BB4 2AND_TB67S IN+ IN- OUT+ OUT- EA_Hst_BB LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 Hst_A_Ref_BB Hst_A_Ref_B RST IN+ IN- OUT+ OUT- EB_Hst100B LIMIT(V(%IN+, %IN-), 0, 0.29) CLK0 UA_Hst_BB 2AND_TB67S Hst_B_Ref_B 0 IN+ IN- OUT+ OUT- EB_Hst_Sum_B LIMIT(V(%IN+)+V(%IN-), 0, 1) Hsa_BB1 0 0 Hsa_BB0 RST C7 1nF CLK0 0 IN+ IN- OUT+ OUT- EB_Hst71B LIMIT(V(%IN+, %IN-), 0, 0.71) U10021 DFF_TB67S CLK D R S Q QB 0 Hst_A_Ref_AB 0 C2 2.5nF 00 IN+ IN- OUT+ OUT- EB_Hst100AB LIMIT(V(%IN+, %IN-), 0, 0.29) RST Hsa_AB2 Hsa_AB1 CLK0 Hst_B_Ref_AB Hsa_AB2 0 - + + - EB_HAB 0 IN+ IN- OUT+ OUT- EB_Hst_Sum_AB LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 C6 1nF 0 IN+ IN- OUT+ OUT- EB_Hst71AB LIMIT(V(%IN+, %IN-), 0, 0.71) Hsa_A2 0 Hsa_BB1 Hsa_A Hsa_BB2 0 - + + - EB_HBB Hsa_B2 Hsa_B1 - + + - EB_HB 0 0 Hsa_A Hsa_AB Hsa_AB Hsa_B Hsa_BB Hsa_BB Hsa_B Hsa_B Hsa_B0 UEX1013 EX_OR_TB67S A B O UMO_101 2AND_TB67S MO_Hst UHSTP HST_TB67S Hst_A_Ref _A Hst_A_Ref _B Hst_A_Ref _AB Hst_A_Ref _BB Hsa_A Hsa_AB Hsa_B Hsa_BB MO_Hst RST CLK0 Hst_B_Ref _A Hst_B_Ref _BB Hst_B_Ref _B Hst_B_Ref _AB
- 6. UPnPC-UQSTP Block (Equivalent Circuit) 6Copyright (C) Siam Bee Technologies 2016 UQSTP QST_TB67S Qst_Ref _AB Qst_Ref _A Qst_Ref _B Qst_Ref _BB MO_Qst RST Qs_A Qs_AB Qs_B Qs_BB CLK0 CW0 CW0 U10033 DFF_TB67S CLKD R S QQB 0 IN+ IN- OUT+ OUT- ESUM102 LIMIT(V(%IN+)+V(%IN-), 0, 1) U_Qst106 2AND_TB67S U10028 DFF_TB67S CLKD R S QQB U10039 DFF_TB67S CLKD R S QQB 0 U_Qst107 2AND_TB67S C101 1nF 0 QstA_Rise1 C105 1nF 00 IN+ IN- OUT+ OUT- E_Qst102 LIMIT(V(%IN+, %IN-), 0, 0.33) QAB1 QA1 U_Qst108 2AND_TB67S R101 1k R100 1k 0 U10034 DFF_TB67S CLKD R S QQB C103 1nF 0 C102 1nF U_Qst109 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- EA_Qst104 IF(V(CW0, 0)>800m, V(QBB1, 0), V(QB1, 0)) QAB2 0 IN+ IN- OUT+ OUT- ESUM100 V(QstA_Rise0)+V(QstA_Rise1)+V(QstA_Rise2) 0 0 0 C104 1nF QAB2 RST CLK0 QAB0 0 U10029 DFF_TB67S CLKD R S QQB RST QstA_Rise0 CLK0 0 RST QAB1 CLK0 U10040 DFF_TB67S CLKD R S QQB U_Qst110 2AND_TB67S 0 QBB2 RST QBB0 CLK0 0 CLK0 RST RST 0 QBB1 CLK0 R103 1k U_Qst111 2AND_TB67S U10035 DFF_TB67S CLKD R S QQB QstA_Fall2 00 IN+ IN- OUT+ OUT- E_Qst107 LIMIT(V(%IN+, %IN-), 0, 0.33) QstA_Fall1 QstA_Fall3 0 0 IN+ IN- OUT+ OUT- E_Qst109 LIMIT(V(%IN+, %IN-), 0, 0.38) 0 0 0 0 IN+ IN- OUT+ OUT- EA_Qst106 IF(V(CW0, 0)>800m, V(QBB2, 0), V(QB2, 0)) IN+ IN- OUT+ OUT- E_Qst105 LIMIT(V(%IN+, %IN-), 0, 0.29) QstB_Rise1 Quarter step (L, H, H) 00 U_Qst112 2AND_TB67S IN+ IN- OUT+ OUT- E_Qst115 LIMIT(V(%IN+, %IN-), 0, 0.33) U10030 DFF_TB67S CLKD R S QQB 0 0 U10041 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- EB_Qst116 IF(V(CW0, 0)>800m, V(QA1, 0), V(QAB1, 0)) Qs_A 0 0 Qs_BB Qs_B QstB_Rise0 0 IN+ IN- OUT+ OUT- ESUM107 V(QstB_Rise0)+V(QstB_Rise1)+V(QstB_Rise2) IN+ IN- OUT+ OUT- EA_Qst108 IF(V(CW0, 0)>800m, V(QBB3, 0), V(QB3, 0)) QstB_Fall2 0 U_Qst100 2AND_TB67S 00 0 RST QstB_Fall1 QAB3 IN+ IN- OUT+ OUT- E_Qst119 LIMIT(V(%IN+, %IN-), 0, 0.33) CLK0 0 QstB_Fall3 QBB3 U_Qst113 2AND_TB67S 0 0 U10036 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- E_Qst201 LIMIT(V(%IN+, %IN-), 0, 0.38) CLK0 RST 0 0 RST 0 0 QA3 CLK0 0 IN+ IN- OUT+ OUT- EB_Qst118 IF(V(CW0, 0)>800m, V(QA2, 0), V(QAB2, 0)) 0 RST QB3 IN+ IN- OUT+ OUT- E_Qst117 LIMIT(V(%IN+, %IN-), 0, 0.29) CLK0 0 0 IN+ IN- OUT+ OUT- EA_Qst100 IF(V(CW0, 0)>800m, V(Qs_BB, 0), V(Qs_B, 0)) 0 IN+ IN- OUT+ OUT- EB_Qst120 IF(V(CW0, 0)>800m, V(QA3, 0), V(QAB3, 0)) 0 0 U_Qst114 2AND_TB67S Qs_B IN+ IN- OUT+ OUT- EB_Qst112 IF(V(CW0, 0)>800m, V(Qs_A, 0), V(Qs_AB, 0)) 0 U10031 DFF_TB67S CLKD R S QQB 00 IN+ IN- OUT+ OUT- ESUM108 V(QstB_Fall1)+V(QstB_Fall2)+V(QstB_Fall3) IN+ IN- OUT+ OUT- ESUM101 V(QstA_Fall1)+V(QstA_Fall2)+V(QstA_Fall3) 00 QstB_Rise2 U_Qst115 2AND_TB67S 0 0 U_Qst101 2AND_TB67S IN+ IN- OUT+ OUT- E_Qst120 LIMIT(V(%IN+, %IN-), 0, 0.29) U10026 DFF_TB67S CLKD R S QQB 0 0 IN+ IN- OUT+ OUT- E_Qst121 LIMIT(V(%IN+, %IN-), 0, 0.38) U10037 DFF_TB67S CLKD R S QQB QstA_Rise2 0 00 IN+ IN- OUT+ OUT- EB_Qst202 IF(V(CW0, 0)>800m, V(Qs_AB, 0), V(Qs_A, 0)) IN+ IN- OUT+ OUT- E_Qst103 LIMIT(V(%IN+, %IN-), 0, 0.29) 0 QB0 Qs_B QA2 0 Qst_Ref _B R105 1k IN+ IN- OUT+ OUT- ESUM105 LIMIT(V(%IN+)+V(%IN-), 0, 1) QstBB_Rise1 00 QstAB_Rise1 00 IN+ IN- OUT+ OUT- E_Qst122 LIMIT(V(%IN+, %IN-), 0, 0.33) IN+ IN- OUT+ OUT- E_Qst101 LIMIT(V(%IN+, %IN-), 0, 0.38) 0 0 0 0 U_Qst102 2AND_TB67S Qs_A IN+ IN- OUT+ OUT- EBB_Qst117 IF(V(CW0, 0)>800m, V(QAB1, 0), V(QA1, 0)) Qs_AB IN+ IN- OUT+ OUT- E_Qst113 LIMIT(V(%IN+, %IN-), 0, 0.33) 0 IN+ IN- OUT+ OUT- ESUM109 V(QstBB_Rise0)+V(QstBB_Rise1)+V(QstBB_Rise2) QstBB_Fall2 QstBB_Rise0 0 0 IN+ IN- OUT+ OUT- EAB_Qst115 IF(V(CW0, 0)>800m, V(QB1, 0), V(QBB1, 0)) 0 00 0 QstBB_Fall1 IN+ IN- OUT+ OUT- E_Qst123 LIMIT(V(%IN+, %IN-), 0, 0.33) IN+ IN- OUT+ OUT- ESUM103 V(QstAB_Rise0)+V(QstAB_Rise1)+V(QstAB_Rise2) QstAB_Rise0 0 QstBB_Fall3 QstAB_Fall2 0 0 0 0 IN+ IN- OUT+ OUT- E_Qst202 LIMIT(V(%IN+, %IN-), 0, 0.38) IN+ IN- OUT+ OUT- E_Qst118 LIMIT(V(%IN+, %IN-), 0, 0.33) QstAB_Fall1 0 QstAB_Fall3 0 0 0 0 0 IN+ IN- OUT+ OUT- EBB_Qst119 IF(V(CW0, 0)>800m, V(QAB2, 0), V(QA2, 0)) IN+ IN- OUT+ OUT- E_Qst200 LIMIT(V(%IN+, %IN-), 0, 0.38) IN+ IN- OUT+ OUT- E_Qst124 LIMIT(V(%IN+, %IN-), 0, 0.29) 0 0 0 0 0 0 IN+ IN- OUT+ OUT- EBB_Qst121 IF(V(CW0, 0)>800m, V(QAB3, 0), V(QA3, 0)) 0 IN+ IN- OUT+ OUT- EAB_Qst117 IF(V(CW0, 0)>800m, V(QB2, 0), V(QBB2, 0)) Qs_BB IN+ IN- OUT+ OUT- EBB_Qst113 IF(V(CW0, 0)>800m, V(Qs_AB, 0), V(Qs_A, 0)) IN+ IN- OUT+ OUT- E_Qst116 LIMIT(V(%IN+, %IN-), 0, 0.29) 0 0 IN+ IN- OUT+ OUT- ESUM110 V(QstBB_Fall1)+V(QstBB_Fall2)+V(QstBB_Fall3) QstBB_Rise2 0 0 0 0 0 IN+ IN- OUT+ OUT- E_Qst125 LIMIT(V(%IN+, %IN-), 0, 0.29) U10032 DFF_TB67S CLKD R S QQB 0 0 IN+ IN- OUT+ OUT- EAB_Qst119 IF(V(CW0, 0)>800m, V(QB3, 0), V(QBB3, 0)) IN+ IN- OUT+ OUT- E_Qst126 LIMIT(V(%IN+, %IN-), 0, 0.38) 0 IN+ IN- OUT+ OUT- EBB_Qst203 IF(V(CW0, 0)>800m, V(Qs_A, 0), V(Qs_AB, 0)) 0 QBB0 Qs_BB Qs_AB 0 Qst_Ref _BB R106 1k QBB1 0 C109 1nF IN+ IN- OUT+ OUT- EAB_Qst111 IF(V(CW0, 0)>800m, V(Qs_B, 0), V(Qs_BB, 0)) 0 U_Qst124 2AND_TB67S 0 C110 1nF U_Qst125 2AND_TB67S 0 0 QBB2 C111 1nF IN+ IN- OUT+ OUT- ESUM104 V(QstAB_Fall1)+V(QstAB_Fall2)+V(QstAB_Fall3) U_Qst126 2AND_TB67S R107 1k 0 QstAB_Rise2 U_Qst127 2AND_TB67S U_Qst128 2AND_TB67S 0 0 U_Qst129 2AND_TB67S U_Qst130 2AND_TB67S U_Qst103 2AND_TB67S U_Qst131 2AND_TB67S 0 IN+ IN- OUT+ OUT- E_Qst114 LIMIT(V(%IN+, %IN-), 0, 0.29) IN+ IN- OUT+ OUT- ESUM111 LIMIT(V(%IN+)+V(%IN-), 0, 1) QB1 0 C106 1nF 0 U_Qst116 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E_Qst112 LIMIT(V(%IN+, %IN-), 0, 0.38) C107 1nF U_Qst117 2AND_TB67S QB2 0 C108 1nF U_Qst118 2AND_TB67S R104 1k 0 U_Qst119 2AND_TB67S IN+ IN- OUT+ OUT- EAB_Qst201 IF(V(CW0, 0)>800m, V(Qs_BB, 0), V(Qs_B, 0)) 0 U_Qst120 2AND_TB67S U_Qst121 2AND_TB67S Qs_AB QAB0 Qst_Ref _AB U_Qst122 2AND_TB67S U_Qst123 2AND_TB67S 0 IN+ IN- OUT+ OUT- ESUM106 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 RST QA2 CLK0 QA0 0 RST CLK0 0 RST QA1 CLK0 R102 1k U_Qst104 2AND_TB67S U10027 DFF_TB67S CLKD R S QQB 0 U10038 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- EA_Qst110 IF(V(CW0, 0)>800m, V(Qs_B, 0), V(Qs_BB, 0)) 0 Qs_A 0 QB2 RST QB0 CLK0 0 RST 0 CLK0 0 RST C100 1nF QB1 CLK0 QA0 RST U_Qst105 2AND_TB67S Qst_Ref _A Qs_B QB0 UEX1014 EX_OR_TB67S A B O UMO_102 2AND_TB67S MO_Qst CLK0
- 7. UPnPC-U8STP Block (Equivalent Circuit) 7Copyright (C) Siam Bee Technologies 2016 U8STP 8ST_TB67S 8_Ref _A 8_Ref _AB 8_Ref _B 8_Ref _BB MO_1_8 8_A 8_AB 8_B 8_BB RST CLK0 CW0 IN+ IN- OUT+ OUT- E8158 LIMIT(V(%IN+, %IN-), 0, 0.18) 8BB_Rise1 IN+ IN- OUT+ OUT- EBB_8135 IF(V(CW0, 0)>800m, V(8AB6, 0), V(8A6, 0)) U8134 2AND_TB67S 8_Ref _B U8135 2AND_TB67S 8_B 0 U8101 2AND_TB67S IN+ IN- OUT+ OUT- EB_8118 IF(V(CW0, 0)>800m, V(8A0, 0), V(8AB0, 0)) 8B_Rise2 0 00 00 8B2 IN+ IN- OUT+ OUT- E8130 LIMIT(V(%IN+, %IN-), 0, 0.2)8B0 RST IN+ IN- OUT+ OUT- E8131 LIMIT(V(%IN+, %IN-), 0, 0.02) 8B_Fall7 U8136 2AND_TB67S U8137 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E8132 LIMIT(V(%IN+, %IN-), 0, 0.2) 0 0 8B_Rise6 IN+ IN- OUT+ OUT- EB_8119 IF(V(CW0, 0)>800m, V(8A7, 0), V(8AB7, 0)) U8138 2AND_TB67S 0 8BB6 0 0 8B6 IN+ IN- OUT+ OUT- ESUM126 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 RST U8139 2AND_TB67S 8B_Rise7 U8140 2AND_TB67S 8BB7 00 8B7 RST U8141 2AND_TB67S U8142 2AND_TB67S CLK0 U8143 2AND_TB67S 0 U10060 DFF_TB67S CLKD R S QQB 0 8B_Fall2 IN+ IN- OUT+ OUT- EB_8120 IF(V(CW0, 0)>800m, V(8A1, 0), V(8AB1, 0)) 00 8B_Fall1 8B_Fall3 IN+ IN- OUT+ OUT- E8133 LIMIT(V(%IN+, %IN-), 0, 0.09) U10049 DFF_TB67S CLKD R S QQB 00 IN+ IN- OUT+ OUT- E8134 LIMIT(V(%IN+, %IN-), 0, 0.12) 0 0 0 0 IN+ IN- OUT+ OUT- EB_8121 IF(V(CW0, 0)>800m, V(8A2, 0), V(8AB2, 0)) IN+ IN- OUT+ OUT- E8135 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 U10071 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- EB_8122 IF(V(CW0, 0)>800m, V(8A3, 0), V(8AB3, 0)) 0 0 8_B IN+ IN- OUT+ OUT- EB_8123 IF(V(CW0, 0)>800m, V(8AB0, 0), V(8A0, 0)) 0 U8144 2AND_TB67S 8B_Rise3 U8145 2AND_TB67S IN+ IN- OUT+ OUT- E8136 LIMIT(V(%IN+, %IN-), 0, 0.18) 00 0 0 8B3 IN+ IN- OUT+ OUT- ESUM127 LIMIT(V(%IN+)+V(%IN-), 0, 1) U8114 2AND_TB67S 8A_Fall6 C124 1nF R116 1k 0 R117 1k 0 0 0 0 C125 1nF IN+ IN- OUT+ OUT- E8113 LIMIT(V(%IN+, %IN-), 0, 0.18) IN+ IN- OUT+ OUT- ESUM128 V(8B_Fall1)+V(8B_Fall2)+V(8B_Fall3)+V(8B_Fall4) 0 0 0 0 0 IN+ IN- OUT+ OUT- ESUM129 V(8B_Fall5)+V(8B_Fall6)+V(8B_Fall7) U8102 2AND_TB67S 0 C126 1nF IN+ IN- OUT+ OUT- EA_8107 IF(V(CW0, 0)>800m, V(8BB6, 0), V(8B6, 0)) U8146 2AND_TB67S 0 C127 1nF R118 1k 8AB7 R119 1k IN+ IN- OUT+ OUT- ESUM130 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E8106 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 C128 1nF0 0 IN+ IN- OUT+ OUT- ESUM131 V(8B_Rise0)+V(8B_Rise1)+V(8B_Rise2)+V(8B_Rise3) CLK0 RST 0 0 IN+ IN- OUT+ OUT- ESUM132 V(8B_Rise4)+V(8B_Rise5)+V(8B_Rise6)+V(8B_Rise7) U10055 DFF_TB67S CLKD R S QQB C129 1nF 0 8B_Rise4 IN+ IN- OUT+ OUT- E8137 LIMIT(V(%IN+, %IN-), 0, 0.18) U8100 2AND_TB67S 8_A 0 8_Ref _A 8B_Fall4 8B4 0 0 U10066 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- E8138 LIMIT(V(%IN+, %IN-), 0, 0.15) U8147 2AND_TB67S 8_AB 00 IN+ IN- OUT+ OUT- EA_8100 IF(V(CW0, 0)>800m, V(8BB0, 0), V(8B0, 0)) 0 IN+ IN- OUT+ OUT- E8139 LIMIT(V(%IN+, %IN-), 0, 0.15) U8117 2AND_TB67S 0 IN+ IN- OUT+ OUT- EB_8124 IF(V(CW0, 0)>800m, V(8A4, 0), V(8AB4, 0)) 0 8B_Fall5 U8118 2AND_TB67S IN+ IN- OUT+ OUT- E8140 LIMIT(V(%IN+, %IN-), 0, 0.12) U8148 2AND_TB67S 00 IN+ IN- OUT+ OUT- E8141 LIMIT(V(%IN+, %IN-), 0, 0.18) 8_AB 0 8_Ref _AB 0 0 IN+ IN- OUT+ OUT- EB_8125 IF(V(CW0, 0)>800m, V(8A5, 0), V(8AB5, 0)) IN+ IN- OUT+ OUT- E8142 LIMIT(V(%IN+, %IN-), 0, 0.09) U10044 DFF_TB67S CLKD R S QQB U8149 2AND_TB67S U8150 2AND_TB67S 8B_Fall6 IN+ IN- OUT+ OUT- EAB_8109 IF(V(CW0, 0)>800m, V(8B0, 0), V(8BB0, 0)) 0 0 0 8AB_Rise2 IN+ IN- OUT+ OUT- E8143 LIMIT(V(%IN+, %IN-), 0, 0.18) 0 0 8A_Rise1 IN+ IN- OUT+ OUT- EB_8126 IF(V(CW0, 0)>800m, V(8A6, 0), V(8AB6, 0)) 0 0 8B_Rise5 8B_Rise1 IN+ IN- OUT+ OUT- E8144 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 8AB2 00 0 8B1 0 0 0 IN+ IN- OUT+ OUT- E8115 LIMIT(V(%IN+, %IN-), 0, 0.2) 8B5 0 0 8B_Rise0 U8151 2AND_TB67S 8_Ref _BB 8A_Rise2 U8152 2AND_TB67S 8A_Rise5 IN+ IN- OUT+ OUT- E8116 LIMIT(V(%IN+, %IN-), 0, 0.02) 8_BB 0 IN+ IN- OUT+ OUT- EBB_8127 IF(V(CW0, 0)>800m, V(8AB0, 0), V(8A0, 0)) 8BB_Rise2 8AB0 0 U8119 2AND_TB67S 00 0 8BB2 00 0 8A1 0 8AB_Fall7 U8120 2AND_TB67S 0 0 0 IN+ IN- OUT+ OUT- E8117 LIMIT(V(%IN+, %IN-), 0, 0.2) 8A5 0 8A2 00 0 IN+ IN- OUT+ OUT- EAB_8110 IF(V(CW0, 0)>800m, V(8B7, 0), V(8BB7, 0)) U8121 2AND_TB67S 8AB_Rise6 0 IN+ IN- OUT+ OUT- E8100 LIMIT(V(%IN+, %IN-), 0, 0.2) 0 8AB6 0 IN+ IN- OUT+ OUT- ESUM119 LIMIT(V(%IN+)+V(%IN-), 0, 1) U8122 2AND_TB67S IN+ IN- OUT+ OUT- E8107 LIMIT(V(%IN+, %IN-), 0, 0.02) U8123 2AND_TB67S 8A_Rise0 8AB_Rise7 0 8AB7 0 U8125 2AND_TB67S U8124 2AND_TB67S U8126 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- EAB_8111 IF(V(CW0, 0)>800m, V(8B1, 0), V(8BB1, 0)) 8AB_Fall2 0 0 8AB_Fall1 8A0 IN+ IN- OUT+ OUT- E8118 LIMIT(V(%IN+, %IN-), 0, 0.09) 8AB_Fall3 00 IN+ IN- OUT+ OUT- E8119 LIMIT(V(%IN+, %IN-), 0, 0.12) 0 0 0 0 IN+ IN- OUT+ OUT- EAB_8112 IF(V(CW0, 0)>800m, V(8B2, 0), V(8BB2, 0)) IN+ IN- OUT+ OUT- E8120 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 IN+ IN- OUT+ OUT- EAB_8113 IF(V(CW0, 0)>800m, V(8B3, 0), V(8BB3, 0)) 0 0 IN+ IN- OUT+ OUT- EAB_8114 IF(V(CW0, 0)>800m, V(8BB0, 0), V(8B0, 0)) 8_AB U8127 2AND_TB67S U8128 2AND_TB67S 8AB_Rise3 IN+ IN- OUT+ OUT- E8121 LIMIT(V(%IN+, %IN-), 0, 0.18) 00 8AB3 0 0 IN+ IN- OUT+ OUT- ESUM120 LIMIT(V(%IN+)+V(%IN-), 0, 1) C118 1nF U8109 2AND_TB67S R112 1k R113 1k 0 8A_Fall7 0 0 U8115 2AND_TB67S C119 1nF 00 IN+ IN- OUT+ OUT- ESUM121 V(8AB_Fall1)+V(8AB_Fall2)+V(8AB_Fall3)+V(8AB_Fall4) 0 0 IN+ IN- OUT+ OUT- E8114 LIMIT(V(%IN+, %IN-), 0, 0.2) 0 0 IN+ IN- OUT+ OUT- ESUM122 V(8AB_Fall5)+V(8AB_Fall6)+V(8AB_Fall7) 0 IN+ IN- OUT+ OUT- EA_8108 IF(V(CW0, 0)>800m, V(8BB7, 0), V(8B7, 0)) C120 1nF 0 U8103 2AND_TB67S U8129 2AND_TB67S 0 C121 1nF IN+ IN- OUT+ OUT- ESUM123 LIMIT(V(%IN+)+V(%IN-), 0, 1) R114 1k R115 1k 0 0 C122 1nF0 8B6 IN+ IN- OUT+ OUT- ESUM124 V(8AB_Rise0)+V(8AB_Rise1)+V(8AB_Rise2)+V(8AB_Rise3) 0 0 RST 0 CLK0 IN+ IN- OUT+ OUT- ESUM125 V(8AB_Rise4)+V(8AB_Rise5)+V(8AB_Rise6)+V(8AB_Rise7) 0 C123 1nF 8B5 IN+ IN- OUT+ OUT- E8122 LIMIT(V(%IN+, %IN-), 0, 0.18) 8AB_Rise4 0 0 RST 0 8AB4 CLK0 0 8AB_Fall4 RST IN+ IN- OUT+ OUT- E8123 LIMIT(V(%IN+, %IN-), 0, 0.15) 8B4 U8130 2AND_TB67S 00 CLK0 IN+ IN- OUT+ OUT- E8124 LIMIT(V(%IN+, %IN-), 0, 0.15) U10061 DFF_TB67S CLKD R S QQB 8A_Rise6 0 0 0 U10050 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- EAB_8115 IF(V(CW0, 0)>800m, V(8B4, 0), V(8BB4, 0)) 0 IN+ IN- OUT+ OUT- E8125 LIMIT(V(%IN+, %IN-), 0, 0.12) 8AB_Fall5 U8131 2AND_TB67S 0 0 8A6 IN+ IN- OUT+ OUT- E8126 LIMIT(V(%IN+, %IN-), 0, 0.18) 0 0 IN+ IN- OUT+ OUT- EAB_8116 IF(V(CW0, 0)>800m, V(8B5, 0), V(8BB5, 0)) 0 U10072 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- E8127 LIMIT(V(%IN+, %IN-), 0, 0.09) U8133 2AND_TB67S U8132 2AND_TB67S 8AB_Fall6 0 0 CW0 IN+ IN- OUT+ OUT- E8128 LIMIT(V(%IN+, %IN-), 0, 0.18) 0 0 IN+ IN- OUT+ OUT- EAB_8117 IF(V(CW0, 0)>800m, V(8B6, 0), V(8BB6, 0)) 8AB_Rise1 IN+ IN- OUT+ OUT- E8129 LIMIT(V(%IN+, %IN-), 0, 0.06) 8AB_Rise5 0 0 0 8AB1 8AB_Rise0 8AB5 0 0 IN+ IN- OUT+ OUT- ESUM118 LIMIT(V(%IN+)+V(%IN-), 0, 1) U8110 2AND_TB67S U8104 2AND_TB67S U10056 DFF_TB67S CLKD R S QQB U10067 DFF_TB67S CLKD R S QQB U10045 DFF_TB67S CLKD R S QQB 0 8B7 RST CLK0 8A_Rise7 00 8A7 U8116 2AND_TB67S 8_B 8A7 RST 0 CLK0 U8111 2AND_TB67S U8105 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- EA_8101 IF(V(CW0, 0)>800m, V(8BB1, 0), V(8B1, 0)) 8A_Fall2 0 0 IN+ IN- OUT+ OUT- E8109 LIMIT(V(%IN+, %IN-), 0, 0.09) U10062 DFF_TB67S CLKD R S QQB 8A_Fall1 U10051 DFF_TB67S CLKD R S QQB 8A_Fall3 0 0 IN+ IN- OUT+ OUT- E8110 LIMIT(V(%IN+, %IN-), 0, 0.12) 0 0 0 0 0 U10073 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- EA_8102 IF(V(CW0, 0)>800m, V(8BB2, 0), V(8B2, 0)) IN+ IN- OUT+ OUT- E8108 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 IN+ IN- OUT+ OUT- EA_8103 IF(V(CW0, 0)>800m, V(8BB3, 0), V(8B3, 0)) 0 IN+ IN- OUT+ OUT- EA_8104 IF(V(CW0, 0)>800m, V(8B0, 0), V(8BB0, 0)) 0 8_A U8106 2AND_TB67S U10057 DFF_TB67S CLKD R S QQB U10068 DFF_TB67S CLKD R S QQB U10046 DFF_TB67S CLKD R S QQB 0 8AB5 RST CLK0 0 RST 8_A 8AB4 CLK0 8AB6 RST 0 CLK0 U8107 2AND_TB67S U10063 DFF_TB67S CLKD R S QQB U10052 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- E8101 LIMIT(V(%IN+, %IN-), 0, 0.18) 8A_Rise3 0 0 8A3 0 0 IN+ IN- OUT+ OUT- ESUM115 LIMIT(V(%IN+)+V(%IN-), 0, 1) C115 1nF R111 1k R110 1k 0 0 C116 1nF0 IN+ IN- OUT+ OUT- ESUM116 V(8A_Fall1)+V(8A_Fall2)+V(8A_Fall3)+V(8A_Fall4) 0 0 0 IN+ IN- OUT+ OUT- ESUM117 V(8A_Fall5)+V(8A_Fall6)+V(8A_Fall7) C117 1nF 0 U8108 2AND_TB67S 0 IN+ IN- OUT+ OUT- ESUM112 LIMIT(V(%IN+)+V(%IN-), 0, 1) C112 1nF R108 1k U10058 DFF_TB67S CLKD R S QQB R109 1k 0 C113 1nF 0 IN+ IN- OUT+ OUT- ESUM113 V(8A_Rise0)+V(8A_Rise1)+V(8A_Rise2)+V(8A_Rise3) U10047 DFF_TB67S CLKD R S QQB 8B0 UEX1015 EX_OR_TB67S A B O 8_B 0 UMO_103 2AND_TB67S U10069 DFF_TB67S CLKD R S QQB 0 0 IN+ IN- OUT+ OUT- ESUM114 V(8A_Rise4)+V(8A_Rise5)+V(8A_Rise6)+V(8A_Rise7) 0 C114 1nF IN+ IN- OUT+ OUT- E8102 LIMIT(V(%IN+, %IN-), 0, 0.18) 8_BB 8BB0 IN+ IN- OUT+ OUT- E8145 LIMIT(V(%IN+, %IN-), 0, 0.2) 8BB_Fall7 IN+ IN- OUT+ OUT- E8146 LIMIT(V(%IN+, %IN-), 0, 0.02) U8153 2AND_TB67S U8154 2AND_TB67S MO_1_8 0 0 0 IN+ IN- OUT+ OUT- E8147 LIMIT(V(%IN+, %IN-), 0, 0.2) 0 IN+ IN- OUT+ OUT- EBB_8128 IF(V(CW0, 0)>800m, V(8AB7, 0), V(8A7, 0)) 8BB_Rise6 U8155 2AND_TB67S 00 8BB6 0 IN+ IN- OUT+ OUT- ESUM133 LIMIT(V(%IN+)+V(%IN-), 0, 1) U8156 2AND_TB67S 8BB_Rise7 U8157 2AND_TB67S 00 8BB7 U8158 2AND_TB67S 8A_Rise4 U8159 2AND_TB67S 0 0 U8160 2AND_TB67S 8A4 U10053 DFF_TB67S CLKD R S QQB 0 8BB_Fall2 0 IN+ IN- OUT+ OUT- EBB_8129 IF(V(CW0, 0)>800m, V(8AB1, 0), V(8A1, 0)) U10064 DFF_TB67S CLKD R S QQB U10042 DFF_TB67S CLKD R S QQB 0 8BB_Fall1 IN+ IN- OUT+ OUT- E8103 LIMIT(V(%IN+, %IN-), 0, 0.15) 0 8BB_Fall3 8A_Fall4 IN+ IN- OUT+ OUT- E8148 LIMIT(V(%IN+, %IN-), 0, 0.09) U8112 2AND_TB67S 0 0 0 0 IN+ IN- OUT+ OUT- E8149 LIMIT(V(%IN+, %IN-), 0, 0.12) IN+ IN- OUT+ OUT- E8111 LIMIT(V(%IN+, %IN-), 0, 0.15) 0 0 0 0 0 CLK0 0 IN+ IN- OUT+ OUT- EBB_8130 IF(V(CW0, 0)>800m, V(8AB2, 0), V(8A2, 0)) IN+ IN- OUT+ OUT- EA_8105 IF(V(CW0, 0)>800m, V(8BB4, 0), V(8B4, 0)) 0 RST 8AB2 IN+ IN- OUT+ OUT- E8150 LIMIT(V(%IN+, %IN-), 0, 0.06) 8AB0 CLK0 0 0 0 CLK0 RST RST 0 0 0 IN+ IN- OUT+ OUT- EBB_8131 IF(V(CW0, 0)>800m, V(8AB3, 0), V(8A3, 0)) 8AB1 8_BB CLK0 IN+ IN- OUT+ OUT- EBB_8132 IF(V(CW0, 0)>800m, V(8A0, 0), V(8AB0, 0)) 0 8BB2 U8161 2AND_TB67S RST 8BB_Rise3 8BB0 U8162 2AND_TB67S CLK0 0 RST CLK0 0 IN+ IN- OUT+ OUT- E8151 LIMIT(V(%IN+, %IN-), 0, 0.18) RST 8BB1 CLK0 00 1/8 step (H, L, H) 0 0 8BB3 0 8AB3 RST IN+ IN- OUT+ OUT- ESUM134 LIMIT(V(%IN+)+V(%IN-), 0, 1) U10059 DFF_TB67S CLKD R S QQB R120 1k C130 1nF CLK0 8BB3 R121 1k 0 CLK0 RST 0 0 U10048 DFF_TB67S CLKD R S QQB 8BB_Rise5 0 0 8A3 C131 1nF RST IN+ IN- OUT+ OUT- E8159 LIMIT(V(%IN+, %IN-), 0, 0.06) CLK0 U10070 DFF_TB67S CLKD R S QQB 0 IN+ IN- OUT+ OUT- ESUM135 V(8BB_Fall1)+V(8BB_Fall2)+V(8BB_Fall3)+V(8BB_Fall4) 8B3 0 CLK0 RST 0 0 0 0 RST 0 0 8A2 CLK0 8BB_Rise0 8BB1 0 8A0 8BB5 0 IN+ IN- OUT+ OUT- E8104 LIMIT(V(%IN+, %IN-), 0, 0.12) IN+ IN- OUT+ OUT- ESUM136 V(8BB_Fall5)+V(8BB_Fall6)+V(8BB_Fall7) RST CLK0 0 0 0 C132 1nF RST U8163 2AND_TB67S 8A1 CLK0 C133 1nF 8B2 R122 1k 0 RST 8B0 R123 1k 0 CLK0 IN+ IN- OUT+ OUT- ESUM137 LIMIT(V(%IN+)+V(%IN-), 0, 1) RST CLK0 0 0 RST 0 0 8B1 C134 1nF CLK0 0 8BB4 RST 0 IN+ IN- OUT+ OUT- ESUM138 V(8BB_Rise0)+V(8BB_Rise1)+V(8BB_Rise2)+V(8BB_Rise3) CLK0 8BB5 0 CLK0 RST IN+ IN- OUT+ OUT- ESUM139 V(8BB_Rise4)+V(8BB_Rise5)+V(8BB_Rise6)+V(8BB_Rise7) U8113 2AND_TB67S C135 1nF 8A_Fall5 0 8BB_Rise4 IN+ IN- OUT+ OUT- E8152 LIMIT(V(%IN+, %IN-), 0, 0.18) 0 IN+ IN- OUT+ OUT- E8112 LIMIT(V(%IN+, %IN-), 0, 0.18) 0 8BB_Fall4 8BB4 0 0 0 IN+ IN- OUT+ OUT- EA_8106 IF(V(CW0, 0)>800m, V(8BB5, 0), V(8B5, 0)) IN+ IN- OUT+ OUT- E8153 LIMIT(V(%IN+, %IN-), 0, 0.15) 8A6 U8164 2AND_TB67S 0 CLK0 RST 00 0 RST 0 8A5 CLK0 0 RST 0 IN+ IN- OUT+ OUT- E8154 LIMIT(V(%IN+, %IN-), 0, 0.15) 8A4 CLK0 8BB_Fall5 IN+ IN- OUT+ OUT- EBB_8133 IF(V(CW0, 0)>800m, V(8AB4, 0), V(8A4, 0)) U10054 DFF_TB67S CLKD R S QQB IN+ IN- OUT+ OUT- E8155 LIMIT(V(%IN+, %IN-), 0, 0.12) U10065 DFF_TB67S CLKD R S QQB U8165 2AND_TB67S U10043 DFF_TB67S CLKD R S QQB 0 0 IN+ IN- OUT+ OUT- E8105 LIMIT(V(%IN+, %IN-), 0, 0.09) IN+ IN- OUT+ OUT- E8156 LIMIT(V(%IN+, %IN-), 0, 0.18) 0 0 IN+ IN- OUT+ OUT- E8157 LIMIT(V(%IN+, %IN-), 0, 0.09) U8166 2AND_TB67S IN+ IN- OUT+ OUT- EBB_8134 IF(V(CW0, 0)>800m, V(8AB5, 0), V(8A5, 0)) 8BB_Fall6 U8167 2AND_TB67S 0 0 0 0
- 8. UPnPC-U16STP Block (Equivalent Circuit) 8Copyright (C) Siam Bee Technologies 2016 U16STP 16ST_TB67S 16_Ref _A 16_Ref _BB 16_Ref _B 16_Ref _AB MO_1_16 16_A RST 16_AB 16_B 16_BB CLK0 CW0 IN+ IN- OUT+ OUT- E_16128 IF(V(CW0, 0)>800m, V(16B10, 0), V(16BB10, 0)) 0 IN+ IN- OUT+ OUT- E16156 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E_16129 IF(V(CW0, 0)>800m, V(16B11, 0), V(16BB11, 0)) 0 0 IN+ IN- OUT+ OUT- E_16138 IF(V(CW0, 0)>800m, V(16A8, 0), V(16AB8, 0)) 0 16AB_Rise3 IN+ IN- OUT+ OUT- E16157 LIMIT(V(%IN+, %IN-), 0, 0.09) IN+ IN- OUT+ OUT- E16122 LIMIT(V(%IN+, %IN-), 0, 0.09) CW0 16BB_Rise4 IN+ IN- OUT+ OUT- E_16130 IF(V(CW0, 0)>800m, V(16B3, 0), V(16BB3, 0)) U16155 2AND_TB67S U16214 2AND_TB67S U16156 2AND_TB67S IN+ IN- OUT+ OUT- E16214 LIMIT(V(%IN+, %IN-), 0, 0.1) 0 0 0 0 IN+ IN- OUT+ OUT- E16222 LIMIT(V(%IN+, %IN-), 0, 0.09) 16A_Fall15 0 0 16AB_Fall14 IN+ IN- OUT+ OUT- ESUM185 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16223 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 00 C172 1nF IN+ IN- OUT+ OUT- E16224 LIMIT(V(%IN+, %IN-), 0, 0.09) 16AB_Fall9 0 0 0 0 0 0 16AB_Fall10 16AB_Fall8 U16117 2AND_TB67S 16A13 0 0 0 U16172 2AND_TB67S 0 R148 1k 0 0 16AB_Fall11 0 0 U10088 DFF_TB67S CLK D RS QQB 0 0 0 R149 1k 0 U16173 2AND_TB67S IN+ IN- OUT+ OUT- E16225 LIMIT(V(%IN+, %IN-), 0, 0.08) 16AB_Fall12 0 C173 1nF 0 16AB_Fall13 0 U16174 2AND_TB67S 0 U16215 2AND_TB67S 0 00 IN+ IN- OUT+ OUT- ESUM186 V(16BB_Fall9)+V(16BB_Fall10)+V(16BB_Fall11)+V(16BB_Fall12) IN+ IN- OUT+ OUT- E16226 LIMIT(V(%IN+, %IN-), 0, 0.1) U16175 2AND_TB67S IN+ IN- OUT+ OUT- E16227 LIMIT(V(%IN+, %IN-), 0, 0.07) IN+ IN- OUT+ OUT- E16228 LIMIT(V(%IN+, %IN-), 0, 0.09) IN+ IN- OUT+ OUT- E_16139 IF(V(CW0, 0)>800m, V(16A9, 0), V(16AB9, 0)) IN+ IN- OUT+ OUT- E16229 LIMIT(V(%IN+, %IN-), 0, 0.04) 16_Ref _BB 0 U16157 2AND_TB67S 0 MO_1_16 IN+ IN- OUT+ OUT- ESUM187 V(16BB_Fall13)+V(16BB_Fall14)+V(16BB_Fall15) U16158 2AND_TB67S U16159 2AND_TB67S IN+ IN- OUT+ OUT- E_16140 IF(V(CW0, 0)>800m, V(16A10, 0), V(16AB10, 0)) 16B_Rise3 U16160 2AND_TB67S IN+ IN- OUT+ OUT- ESUM188 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_16141 IF(V(CW0, 0)>800m, V(16A11, 0), V(16AB11, 0)) IN+ IN- OUT+ OUT- E_16131 IF(V(CW0, 0)>800m, V(16B4, 0), V(16BB4, 0)) 0 0 16BB12 0 0 0 U16161 2AND_TB67S IN+ IN- OUT+ OUT- E_16142 IF(V(CW0, 0)>800m, V(16A3, 0), V(16AB3, 0)) 16AB_Rise13 C174 1nF 0 IN+ IN- OUT+ OUT- ESUM189 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16123 LIMIT(V(%IN+, %IN-), 0, 0.02) 00 IN+ IN- OUT+ OUT- E16134 LIMIT(V(%IN+, %IN-), 0, 0.09) 16AB_Rise9 IN+ IN- OUT+ OUT- E16124 LIMIT(V(%IN+, %IN-), 0, 0.06) U16176 2AND_TB67S C175 1nF 00 16B_Fall14 R150 1k IN+ IN- OUT+ OUT- E16125 LIMIT(V(%IN+, %IN-), 0, 0.02) U16177 2AND_TB67S 16AB_Rise14 IN+ IN- OUT+ OUT- ESUM190 LIMIT(V(%IN+)+V(%IN-), 0, 1) 00 IN+ IN- OUT+ OUT- E16233 LIMIT(V(%IN+, %IN-), 0, 0.09) IN+ IN- OUT+ OUT- E16126 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 0 IN+ IN- OUT+ OUT- E16234 LIMIT(V(%IN+, %IN-), 0, 0.09) U16119 2AND_TB67S R151 1k IN+ IN- OUT+ OUT- E16127 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 16AB_Rise10 IN+ IN- OUT+ OUT- E16235 LIMIT(V(%IN+, %IN-), 0, 0.09) 16AB_Rise8 16AB4 16B_Fall9 16BB1 0 U10077 DFF_TB67S CLK D RS QQB 0 C176 1nF IN+ IN- OUT+ OUT- E16256 LIMIT(V(%IN+, %IN-), 0, 0.04) 16AB_Rise11 0 16B_Fall8 0 16B_Fall10 IN+ IN- OUT+ OUT- E16128 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- ESUM191 V(16BB_Fall1)+V(16BB_Fall2)+V(16BB_Fall3)+V(16BB_Fall4) 00 0 0 16AB_Rise12 IN+ IN- OUT+ OUT- E16129 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 0 00 U16101 2AND_TB67S 0 16B_Fall11 0 IN+ IN- OUT+ OUT- ESUM192 V(16BB_Fall5)+V(16BB_Fall6)+V(16BB_Fall7)+V(16BB_Fall8) IN+ IN- OUT+ OUT- E16130 LIMIT(V(%IN+, %IN-), 0, 0.09) 16AB_Rise4 U16162 2AND_TB67S 16BB5 00 C177 1nF 16BB4 16BB6 16BB7 0 U10116 DFF_TB67S CLK D RS QQB 0 R152 1k IN+ IN- OUT+ OUT- E16236 LIMIT(V(%IN+, %IN-), 0, 0.08) U10127 DFF_TB67S CLK D RS QQB 16B_Fall12 U10105 DFF_TB67S CLK D RS QQB 0 IN+ IN- OUT+ OUT- ESUM193 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 16B_Fall13 0 C178 1nF IN+ IN- OUT+ OUT- E16106 LIMIT(V(%IN+, %IN-), 0, 0.09)16A5 0 16A_Rise5 IN+ IN- OUT+ OUT- E_16114 IF(V(CW0, 0)>800m, V(16BB15, 0), V(16B15, 0)) 00 00 16AB7 R153 1k 0 0 IN+ IN- OUT+ OUT- E16237 LIMIT(V(%IN+, %IN-), 0, 0.1) 0 0 C179 1nF RST 0 CLK0 IN+ IN- OUT+ OUT- E16238 LIMIT(V(%IN+, %IN-), 0, 0.07) 16B6 0 U10114 DFF_TB67S CLK D RS QQB CLK0 RST IN+ IN- OUT+ OUT- ESUM194 V(16BB_Rise0)+V(16BB_Rise1)+V(16BB_Rise2)+V(16BB_Rise3) U10074 DFF_TB67S CLK D RS QQB 16_BB 0 U10094 DFF_TB67S CLK D RS QQB 0 0 16B5 IN+ IN- OUT+ OUT- E16239 LIMIT(V(%IN+, %IN-), 0, 0.09) U16179 2AND_TB67S RST 0 CLK0 0 U10125 DFF_TB67S CLK D RS QQB RST 16B4 IN+ IN- OUT+ OUT- E16240 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 00 16B7 IN+ IN- OUT+ OUT- ESUM195 V(16BB_Rise4)+V(16BB_Rise5)+V(16BB_Rise6)+V(16BB_Rise7) RST 16A7 CLK0 0 0 0 U16178 2AND_TB67S CLK0 RST 0 16AB5 U16180 2AND_TB67S 0 0 RST 16AB4 C180 1nF CLK0 U16181 2AND_TB67S RST 16AB6 CLK0 0 RST 0 IN+ IN- OUT+ OUT- E_16143 IF(V(CW0, 0)>800m, V(16A4, 0), V(16AB4, 0)) CLK0 IN+ IN- OUT+ OUT- ESUM196 LIMIT(V(%IN+)+V(%IN-), 0, 1) U16107 2AND_TB67S 16B_Rise13 16AB2 0 0 RST 0 0 16AB0 0 U10103 DFF_TB67S CLK D RS QQB CLK0 0 RST 0 CLK0 U16182 2AND_TB67S U10083 DFF_TB67S CLK D RS QQB R154 1k 16AB1 RST 0 IN+ IN- OUT+ OUT- E16135 LIMIT(V(%IN+, %IN-), 0, 0.02) 16BB2 CLK0 IN+ IN- OUT+ OUT- ESUM197 LIMIT(V(%IN+)+V(%IN-), 0, 1) 16BB0 0 16B_Rise9 RST 0 0 CLK0 0 R155 1k 0 C181 1nF CLK0 RST IN+ IN- OUT+ OUT- E16204 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 16BB1 16BB3 RST IN+ IN- OUT+ OUT- E16136 LIMIT(V(%IN+, %IN-), 0, 0.06) CLK0 16B_Rise14 16AB3 00 IN+ IN- OUT+ OUT- ESUM198 V(16BB_Rise8)+V(16BB_Rise9)+V(16BB_Rise10)+V(16BB_Rise11) RST 0 CLK0 16BB3 C182 1nF 0 U10136 DFF_TB67S CLK D RS QQB RST 16A3 CLK0 16AB12 RST 0 0 CLK0 16B3 IN+ IN- OUT+ OUT- E16137 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 RST CLK0 0 U16216 2AND_TB67S 16AB8 16A2 RST 0 16A0 16AB14 CLK0 00 IN+ IN- OUT+ OUT- ESUM199 V(16BB_Rise12)+V(16BB_Rise13)+V(16BB_Rise14) RST 0 16A1 IN+ IN- OUT+ OUT- E_16160 IF(V(CW0, 0)>800m, V(16AB5, 0), V(16A5, 0)) CLK0 0 IN+ IN- OUT+ OUT- E16138 LIMIT(V(%IN+, %IN-), 0, 0.06) RST CLK0 16B_Rise10 16BB_Fall15 0 16B2 RST 0 0 C183 1nF 16B0 U16217 2AND_TB67S CLK0 0 CLK0 RST IN+ IN- OUT+ OUT- E16257 LIMIT(V(%IN+, %IN-), 0, 0.1) 16B1 IN+ IN- OUT+ OUT- E16139 LIMIT(V(%IN+, %IN-), 0, 0.05) RST 0 CLK0 16B_Rise8 16BB4 CLK0 RST 0 0 16B_Rise11 16BB5 RST 0 16A6 U10092 DFF_TB67S CLK D RS QQB CLK0 RST 0 U16218 2AND_TB67S CLK0 16A5 0 0 0 00 U16219 2AND_TB67S RST CLK0 0 RST 0 16B_Rise12 IN+ IN- OUT+ OUT- E16102 LIMIT(V(%IN+, %IN-), 0, 0.1) 0 0 16A4 IN+ IN- OUT+ OUT- E16140 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 16A1 16BB_Rise5 16A_Rise1 0 16BB6 RST 0 IN+ IN- OUT+ OUT- E_16105 IF(V(CW0, 0)>800m, V(16BB6, 0), V(16B6, 0)) IN+ IN- OUT+ OUT- E16141 LIMIT(V(%IN+, %IN-), 0, 0.04) 16BB7 IN+ IN- OUT+ OUT- E16158 LIMIT(V(%IN+, %IN-), 0, 0.09) CLK0 RST 0 0 16B_Rise4 CLK0 0 IN+ IN- OUT+ OUT- E16142 LIMIT(V(%IN+, %IN-), 0, 0.09) U10122 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E16207 LIMIT(V(%IN+, %IN-), 0, 0.09) U10111 DFF_TB67S CLK D RS QQB U16183 2AND_TB67S U16113 2AND_TB67S IN+ IN- OUT+ OUT- E16208 LIMIT(V(%IN+, %IN-), 0, 0.09) U10133 DFF_TB67S CLK D RS QQB U16220 2AND_TB67S IN+ IN- OUT+ OUT- E_16161 IF(V(CW0, 0)>800m, V(16AB15, 0), V(16A15, 0)) U10100 DFF_TB67S CLK D RS QQB 16A_Fall14 16A14 0 0 RST 0 0 16BB14 CLK0 IN+ IN- OUT+ OUT- E16209 LIMIT(V(%IN+, %IN-), 0, 0.09) 16BB15 RST CLK0 0 0 CLK0 RST 0 0 IN+ IN- OUT+ OUT- ESUM170 LIMIT(V(%IN+)+V(%IN-), 0, 1) 16AB15 0 IN+ IN- OUT+ OUT- E16258 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 CLK0 RST 16A_Fall9 16BB_Rise1 16B14 RST 0 0 C160 1nF 16B15 CLK0 0 IN+ IN- OUT+ OUT- E16159 LIMIT(V(%IN+, %IN-), 0, 0.1) 16A_Fall8 U10089 DFF_TB67S CLK D RS QQB 16A_Fall10 00 0 16A15 R140 1k RST U16221 2AND_TB67S CLK0 0 CLK0 RST 16AB14 0 0 CLK0 RST 0 R141 1k 16AB1 IN+ IN- OUT+ OUT- E_16162 IF(V(CW0, 0)>800m, V(16AB6, 0), V(16A6, 0)) U10078 DFF_TB67S CLK D RS QQB U16120 2AND_TB67S 0 0 0 U16102 2AND_TB67S 0 0 16A14 U16222 2AND_TB67S U10117 DFF_TB67S CLK D RS QQB 16A_Fall11 0 U16224 2AND_TB67S U10106 DFF_TB67S CLK D RS QQB U16223 2AND_TB67S U10128 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E16210 LIMIT(V(%IN+, %IN-), 0, 0.08) U10075 DFF_TB67S CLK D RS QQB C161 1nF U10095 DFF_TB67S CLK D RS QQB 0 IN+ IN- OUT+ OUT- E16259 LIMIT(V(%IN+, %IN-), 0, 0.06) 1/16 step (H, H, L) 16BB13 IN+ IN- OUT+ OUT- ESUM171 V(16B_Fall9)+V(16B_Fall10)+V(16B_Fall11)+V(16B_Fall12) U16108 2AND_TB67S 16A_Fall12 U10084 DFF_TB67S CLK D RS QQB 0 16_Ref _B IN+ IN- OUT+ OUT- E16205 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 16BB9 0 U16184 2AND_TB67S 16AB5 0 0 16A_Fall13 16A6 0 16BB_Rise6 IN+ IN- OUT+ OUT- E16107 LIMIT(V(%IN+, %IN-), 0, 0.07) 0 IN+ IN- OUT+ OUT- ESUM172 V(16B_Fall13)+V(16B_Fall14)+V(16B_Fall15) 16A_Rise6 IN+ IN- OUT+ OUT- E_16106 IF(V(CW0, 0)>800m, V(16BB7, 0), V(16B7, 0)) IN+ IN- OUT+ OUT- E16160 LIMIT(V(%IN+, %IN-), 0, 0.07) 16AB10 16AB9 U16001 2AND_TB67S 00 16_A 0 IN+ IN- OUT+ OUT- E_16163 IF(V(CW0, 0)>800m, V(16AB7, 0), V(16A7, 0)) IN+ IN- OUT+ OUT- ESUM173 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_16001 IF(V(CW0, 0)>800m, V(16_BB, 0), V(16_B, 0)) 0 U10112 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E16211 LIMIT(V(%IN+, %IN-), 0, 0.1) C162 1nF U16114 2AND_TB67S 0 0 0 IN+ IN- OUT+ OUT- E16212 LIMIT(V(%IN+, %IN-), 0, 0.07) U10123 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E16213 LIMIT(V(%IN+, %IN-), 0, 0.09) IN+ IN- OUT+ OUT- ESUM174 LIMIT(V(%IN+)+V(%IN-), 0, 1) 00 U16105 2AND_TB67S IN+ IN- OUT+ OUT- E16101 LIMIT(V(%IN+, %IN-), 0, 0.1)16A0 C163 1nF 16A_Fall7 R142 1k 0 0 IN+ IN- OUT+ OUT- ESUM175 LIMIT(V(%IN+)+V(%IN-), 0, 1) U10081 DFF_TB67S CLK D RS QQB 0 0 U10134 DFF_TB67S CLK D RS QQB R143 1k U10101 DFF_TB67S CLK D RS QQB 0 0 0 16_B IN+ IN- OUT+ OUT- E16202 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 IN+ IN- OUT+ OUT- E16241 LIMIT(V(%IN+, %IN-), 0, 0.04) 16A_Fall2 C164 1nF IN+ IN- OUT+ OUT- E_16100 IF(V(CW0, 0)>800m, V(16BB1, 0), V(16B1, 0)) 0 00 IN+ IN- OUT+ OUT- ESUM176 V(16B_Fall1)+V(16B_Fall2)+V(16B_Fall3)+V(16B_Fall4) U10090 DFF_TB67S CLK D RS QQB 0 0 16A_Fall1 IN+ IN- OUT+ OUT- ESUM177 V(16B_Fall5)+V(16B_Fall6)+V(16B_Fall7)+V(16B_Fall8) 0 16A_Fall3 0 0 C165 1nF 0 R144 1k 0 0 0 IN+ IN- OUT+ OUT- ESUM178 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 IN+ IN- OUT+ OUT- E16200 LIMIT(V(%IN+, %IN-), 0, 0.02) 16AB3 0 16BB11 C166 1nF 0 0 R145 1k 0 0 16A12 16BB2 0 C167 1nF0 0 IN+ IN- OUT+ OUT- ESUM179 V(16B_Rise0)+V(16B_Rise1)+V(16B_Rise2)+V(16B_Rise3) IN+ IN- OUT+ OUT- E16103 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 16A2 0 0 IN+ IN- OUT+ OUT- E_16116 IF(V(CW0, 0)>800m, V(16_B, 0), V(16_BB, 0)) IN+ IN- OUT+ OUT- ESUM180 V(16B_Rise4)+V(16B_Rise5)+V(16B_Rise6)+V(16B_Rise7) 16A_Rise2 16_A 0 0 U10079 DFF_TB67S CLK D RS QQB 16B3 C168 1nF U16103 2AND_TB67S IN+ IN- OUT+ OUT- ESUM181 LIMIT(V(%IN+)+V(%IN-), 0, 1) U16121 2AND_TB67S U16122 2AND_TB67S 0 0 0 R146 1k U16123 2AND_TB67S U16124 2AND_TB67S U16129 2AND_TB67S 16A_Fall4 IN+ IN- OUT+ OUT- ESUM182 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 00 C169 1nF 0 0 0 U16131 2AND_TB67S 16A_Fall5 0 R147 1k 0 0 C170 1nF 0 U16132 2AND_TB67S 0 U10118 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- ESUM183 V(16B_Rise8)+V(16B_Rise9)+V(16B_Rise10)+V(16B_Rise11) 0 16A_Fall6 U16185 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- ESUM184 V(16B_Rise12)+V(16B_Rise13)+V(16B_Rise14) U10107 DFF_TB67S CLK D RS QQB 0 IN+ IN- OUT+ OUT- E_16144 IF(V(CW0, 0)>800m, V(16A5, 0), V(16AB5, 0)) U10129 DFF_TB67S CLK D RS QQB 16B_Fall15 C171 1nF U16186 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E16242 LIMIT(V(%IN+, %IN-), 0, 0.1) 16A_Rise0 U10120 DFF_TB67S CLK D RS QQB U10076 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E_16101 IF(V(CW0, 0)>800m, V(16BB2, 0), V(16B2, 0)) 00 U16187 2AND_TB67S U10096 DFF_TB67S CLK D RS QQB U10109 DFF_TB67S CLK D RS QQB U16109 2AND_TB67S U10085 DFF_TB67S CLK D RS QQB U16188 2AND_TB67S IN+ IN- OUT+ OUT- E16206 LIMIT(V(%IN+, %IN-), 0, 0.06) IN+ IN- OUT+ OUT- E_16103 IF(V(CW0, 0)>800m, V(16BB4, 0), V(16B4, 0)) 16AB2 16B_Rise5 16AB11 0 U16115 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16143 LIMIT(V(%IN+, %IN-), 0, 0.09) U10113 DFF_TB67S CLK D RS QQB 0 U10124 DFF_TB67S CLK D RS QQB 0 U10131 DFF_TB67S CLK D RS QQB U10102 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E_16145 IF(V(CW0, 0)>800m, V(16A15, 0), V(16AB15, 0)) U10135 DFF_TB67S CLK D RS QQB U16189 2AND_TB67S 0 16BB14 0 16B_Rise1 IN+ IN- OUT+ OUT- E16243 LIMIT(V(%IN+, %IN-), 0, 0.05) U16004 2AND_TB67S 0 16_BB 16A11 0 IN+ IN- OUT+ OUT- E16144 LIMIT(V(%IN+, %IN-), 0, 0.1) 0 IN+ IN- OUT+ OUT- E_16004 IF(V(CW0, 0)>800m, V(16_AB, 0), V(16_A, 0)) 0 U16111 2AND_TB67S U16194 2AND_TB67S IN+ IN- OUT+ OUT- E_16146 IF(V(CW0, 0)>800m, V(16A6, 0), V(16AB6, 0)) 0 U16190 2AND_TB67S 0 16BB_Fall7 IN+ IN- OUT+ OUT- E16146 LIMIT(V(%IN+, %IN-), 0, 0.1) U10098 DFF_TB67S CLK D RS QQB U16191 2AND_TB67S 16BB0 0 IN+ IN- OUT+ OUT- E16109 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 16A_Rise13 U16192 2AND_TB67S 0 0 0 16BB_Fall2 0 0 0 U16193 2AND_TB67S 16A9 0 0 IN+ IN- OUT+ OUT- E16244 LIMIT(V(%IN+, %IN-), 0, 0.06) IN+ IN- OUT+ OUT- E16108 LIMIT(V(%IN+, %IN-), 0, 0.08) IN+ IN- OUT+ OUT- E16110 LIMIT(V(%IN+, %IN-), 0, 0.06) U10091 DFF_TB67S CLK D RS QQB 16A_Rise9 16B_Rise6 16BB_Fall1 16A7 00 0 0 16A_Rise7 0 16BB_Fall3 IN+ IN- OUT+ OUT- E16145 LIMIT(V(%IN+, %IN-), 0, 0.07) IN+ IN- OUT+ OUT- E_16148 IF(V(CW0, 0)>800m, V(16AB1, 0), V(16A1, 0)) 16B4 16B12 IN+ IN- OUT+ OUT- E_16147 IF(V(CW0, 0)>800m, V(16A7, 0), V(16AB7, 0)) 0 IN+ IN- OUT+ OUT- E16111 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 0 16A_Rise14 16B5 16B7 0 16B1 16B6 0 0 0 0 16B8 16B13 IN+ IN- OUT+ OUT- E16245 LIMIT(V(%IN+, %IN-), 0, 0.02) 16B9 16B11 16B10 0 0 0 16B2 16A8 00 IN+ IN- OUT+ OUT- E16112 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 0 IN+ IN- OUT+ OUT- E16147 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 IN+ IN- OUT+ OUT- E_16149 IF(V(CW0, 0)>800m, V(16_A, 0), V(16_AB, 0)) IN+ IN- OUT+ OUT- E16113 LIMIT(V(%IN+, %IN-), 0, 0.05)16A10 16BB_Rise2 16_BB 16A_Rise10 U16195 2AND_TB67S U10087 DFF_TB67S CLK D RS QQB U16196 2AND_TB67S 16A_Rise8 U16198 2AND_TB67S 0 U16197 2AND_TB67S 0 IN+ IN- OUT+ OUT- ESUM155 LIMIT(V(%IN+)+V(%IN-), 0, 1) U16199 2AND_TB67S 16BB_Fall4 0 C148 1nF 0 0 R132 1k 16BB_Fall5 0 0 0 0 R133 1k 0 0 16A_Rise11 0 0 0 16BB_Fall6 IN+ IN- OUT+ OUT- E16115 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 U10080 DFF_TB67S CLK D RS QQB 00 C149 1nF U16104 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16116 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 IN+ IN- OUT+ OUT- E16201 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- ESUM156 V(16AB_Fall9)+V(16AB_Fall10)+V(16AB_Fall11)+V(16AB_Fall12) 16A_Rise12 0 0 U16116 2AND_TB67S 0 16BB_Rise0 IN+ IN- OUT+ OUT- ESUM157 V(16AB_Fall13)+V(16AB_Fall14)+V(16AB_Fall15) 0 16_Ref _AB IN+ IN- OUT+ OUT- E_16150 IF(V(CW0, 0)>800m, V(16AB2, 0), V(16A2, 0)) 0 U16200 2AND_TB67S 00 IN+ IN- OUT+ OUT- ESUM158 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_16108 IF(V(CW0, 0)>800m, V(16BB13, 0), V(16B13, 0)) C150 1nF IN+ IN- OUT+ OUT- E_16107 IF(V(CW0, 0)>800m, V(16BB12, 0), V(16B12, 0)) IN+ IN- OUT+ OUT- E_16109 IF(V(CW0, 0)>800m, V(16BB14, 0), V(16B14, 0)) 0 0 IN+ IN- OUT+ OUT- E16105 LIMIT(V(%IN+, %IN-), 0, 0.09) IN+ IN- OUT+ OUT- E16246 LIMIT(V(%IN+, %IN-), 0, 0.06) 16A4 0 IN+ IN- OUT+ OUT- ESUM159 LIMIT(V(%IN+)+V(%IN-), 0, 1) 16AB6 0 16A_Rise4 U16201 2AND_TB67S C151 1nF R134 1k IN+ IN- OUT+ OUT- ESUM160 LIMIT(V(%IN+)+V(%IN-), 0, 1) 16BB_Rise7 0 0 R135 1k 00 0 U16202 2AND_TB67S 0 0 U16118 2AND_TB67S IN+ IN- OUT+ OUT- E_16110 IF(V(CW0, 0)>800m, V(16BB8, 0), V(16B8, 0)) IN+ IN- OUT+ OUT- E16215 LIMIT(V(%IN+, %IN-), 0, 0.04) 16AB9 IN+ IN- OUT+ OUT- E16148 LIMIT(V(%IN+, %IN-), 0, 0.08) 0 C152 1nF 16AB7 0 U16002 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- ESUM161 V(16AB_Fall1)+V(16AB_Fall2)+V(16AB_Fall3)+V(16AB_Fall4) 16BB9 IN+ IN- OUT+ OUT- E_16151 IF(V(CW0, 0)>800m, V(16AB12, 0), V(16A12, 0)) 0 0 IN+ IN- OUT+ OUT- E16247 LIMIT(V(%IN+, %IN-), 0, 0.02) RST 0 0 16_AB CLK0 IN+ IN- OUT+ OUT- ESUM162 V(16AB_Fall5)+V(16AB_Fall6)+V(16AB_Fall7)+V(16AB_Fall8) 0 0 16A9 C153 1nF IN+ IN- OUT+ OUT- E_16152 IF(V(CW0, 0)>800m, V(16AB13, 0), V(16A13, 0)) 0 0 0 0 0 R136 1k RST IN+ IN- OUT+ OUT- E_16002 IF(V(CW0, 0)>800m, V(16_B, 0), V(16_BB, 0)) 0 0 IN+ IN- OUT+ OUT- ESUM163 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 C154 1nF RST CLK0 0 R137 1k IN+ IN- OUT+ OUT- E_16153 IF(V(CW0, 0)>800m, V(16AB14, 0), V(16A14, 0)) IN+ IN- OUT+ OUT- ESUM150 LIMIT(V(%IN+)+V(%IN-), 0, 1) U16142 2AND_TB67S 0 C155 1nF 0 0 C145 1nF 0 0 16B9 IN+ IN- OUT+ OUT- ESUM164 V(16AB_Rise0)+V(16AB_Rise1)+V(16AB_Rise2)+V(16AB_Rise3) 0 U16125 2AND_TB67S 0 0 0 0 0 CLK0 0 0 IN+ IN- OUT+ OUT- ESUM165 V(16AB_Rise4)+V(16AB_Rise5)+V(16AB_Rise6)+V(16AB_Rise7) R130 1k 0 0 0 IN+ IN- OUT+ OUT- E_16154 IF(V(CW0, 0)>800m, V(16AB8, 0), V(16A8, 0)) 0 C156 1nF U16126 2AND_TB67S RST 0 CLK0 IN+ IN- OUT+ OUT- E16119 LIMIT(V(%IN+, %IN-), 0, 0.1) IN+ IN- OUT+ OUT- ESUM166 LIMIT(V(%IN+)+V(%IN-), 0, 1) U16127 2AND_TB67S R131 1k 0 16A8 IN+ IN- OUT+ OUT- E_16111 IF(V(CW0, 0)>800m, V(16BB9, 0), V(16B9, 0)) 0 R138 1k U16128 2AND_TB67S 16AB_Fall7 0 0 0 RST 0 IN+ IN- OUT+ OUT- ESUM167 LIMIT(V(%IN+)+V(%IN-), 0, 1) 16AB0 CLK0 0 IN+ IN- OUT+ OUT- E_16112 IF(V(CW0, 0)>800m, V(16BB10, 0), V(16B10, 0)) 16B8 C157 1nF 0 R139 1k 0 0 0 0 0 IN+ IN- OUT+ OUT- E_16113 IF(V(CW0, 0)>800m, V(16BB11, 0), V(16B11, 0)) RST 0 0 C158 1nF 16AB13 C146 1nF 0 0 IN+ IN- OUT+ OUT- ESUM168 V(16AB_Rise8)+V(16AB_Rise9)+V(16AB_Rise10)+V(16AB_Rise11) 16BB10 0 0 0 0 U10115 DFF_TB67S CLK D RS QQB CLK0 0 0 0 16B14 U16134 2AND_TB67S IN+ IN- OUT+ OUT- ESUM151 V(16A_Fall9)+V(16A_Fall10)+V(16A_Fall11)+V(16A_Fall12) U16203 2AND_TB67S 16BB11 IN+ IN- OUT+ OUT- ESUM169 V(16AB_Rise12)+V(16AB_Rise13)+V(16AB_Rise14) U16003 2AND_TB67S 0 U10126 DFF_TB67S CLK D RS QQB 0 0 0 0 0 16_B CLK0 RST IN+ IN- OUT+ OUT- E_16115 IF(V(CW0, 0)>800m, V(16B5, 0), V(16BB5, 0)) U16204 2AND_TB67S C159 1nF 16A12 U16130 2AND_TB67S U16205 2AND_TB67S 0 16AB_Fall2 RST 0 16AB_Fall15 IN+ IN- OUT+ OUT- E_16003 IF(V(CW0, 0)>800m, V(16_A, 0), V(16_AB, 0)) IN+ IN- OUT+ OUT- E16216 LIMIT(V(%IN+, %IN-), 0, 0.1) U16106 2AND_TB67S 0 IN+ IN- OUT+ OUT- E_16155 IF(V(CW0, 0)>800m, V(16AB9, 0), V(16A9, 0)) IN+ IN- OUT+ OUT- ESUM152 V(16A_Fall13)+V(16A_Fall14)+V(16A_Fall15) 0 U16163 2AND_TB67S 0 U10104 DFF_TB67S CLK D RS QQB 0 16_Ref _A U16135 2AND_TB67S CLK0 00 0 RST U16136 2AND_TB67S U16206 2AND_TB67S IN+ IN- OUT+ OUT- E_16120 IF(V(CW0, 0)>800m, V(16B1, 0), V(16BB1, 0)) C147 1nF IN+ IN- OUT+ OUT- E_16156 IF(V(CW0, 0)>800m, V(16AB10, 0), V(16A10, 0)) 16AB13 16A11 16AB_Fall1 IN+ IN- OUT+ OUT- E16131 LIMIT(V(%IN+, %IN-), 0, 0.1) 00 0 0 UMO_104 2AND_TB67S CLK0 0 0 16_B 16B0 RST 0 16B_Fall7 IN+ IN- OUT+ OUT- ESUM153 LIMIT(V(%IN+)+V(%IN-), 0, 1) UEX1016 EX_OR_TB67S A B O CLK0 0 IN+ IN- OUT+ OUT- E16114 LIMIT(V(%IN+, %IN-), 0, 0.09) 16B0 0 16B12 16BB_Rise3 16AB_Fall3 0 0 0 0 0 16AB_Rise5 CLK0 RST 00 16B11 16A10 U10119 DFF_TB67S CLK D RS QQB CLK0 RST IN+ IN- OUT+ OUT- E_16117 IF(V(CW0, 0)>800m, V(16B15, 0), V(16BB15, 0)) 0 IN+ IN- OUT+ OUT- E_16157 IF(V(CW0, 0)>800m, V(16AB11, 0), V(16A11, 0)) 0 0 RST 0 16A3 0 0 0 IN+ IN- OUT+ OUT- ESUM140 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 IN+ IN- OUT+ OUT- E_16158 IF(V(CW0, 0)>800m, V(16AB3, 0), V(16A3, 0)) RST 16B10 16BB12 IN+ IN- OUT+ OUT- E16104 LIMIT(V(%IN+, %IN-), 0, 0.09) CLK0 RST 16A_Rise3 U16137 2AND_TB67S CLK0 0 RST 0 U16207 2AND_TB67S C136 1nF 0 0 U10082 DFF_TB67S CLK D RS QQB CLK0 0 IN+ IN- OUT+ OUT- E16149 LIMIT(V(%IN+, %IN-), 0, 0.09) U10137 DFF_TB67S CLK D RS QQB 16BB13 U10108 DFF_TB67S CLK D RS QQB 0 IN+ IN- OUT+ OUT- E16217 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 CLK0 16_AB 16B13 16B_Fall2 IN+ IN- OUT+ OUT- ESUM141 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 U16208 2AND_TB67S R125 1k RST 0 16BB_Fall14 IN+ IN- OUT+ OUT- E16117 LIMIT(V(%IN+, %IN-), 0, 0.1) 0 16A13 CLK0 RST 0 16B_Fall1 R124 1k 0 16AB_Rise1 IN+ IN- OUT+ OUT- E16248 LIMIT(V(%IN+, %IN-), 0, 0.09) CLK0 16AB11 IN+ IN- OUT+ OUT- E16219 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 U10130 DFF_TB67S CLK D RS QQB CLK0 RST U16138 2AND_TB67S IN+ IN- OUT+ OUT- E_16132 IF(V(CW0, 0)>800m, V(16A1, 0), V(16AB1, 0)) 0 IN+ IN- OUT+ OUT- E_16118 IF(V(CW0, 0)>800m, V(16B6, 0), V(16BB6, 0)) 0 IN+ IN- OUT+ OUT- E16203 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 16B_Fall3 RST 0 0 U16139 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E16249 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 0 0 16AB10 16BB_Fall9 C137 1nF RST CLK0 0 U16140 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16250 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 IN+ IN- OUT+ OUT- ESUM142 V(16A_Fall1)+V(16A_Fall2)+V(16A_Fall3)+V(16A_Fall4) U10093 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E_16102 IF(V(CW0, 0)>800m, V(16BB3, 0), V(16B3, 0)) 0 0 16AB12 16BB_Fall8 CLK0 0 0 U16141 2AND_TB67S IN+ IN- OUT+ OUT- E16120 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 0 0 IN+ IN- OUT+ OUT- ESUM143 V(16A_Fall5)+V(16A_Fall6)+V(16A_Fall7)+V(16A_Fall8) RST 0 16BB_Fall10 CLK0 IN+ IN- OUT+ OUT- E_16121 IF(V(CW0, 0)>800m, V(16_BB, 0), V(16_B, 0)) IN+ IN- OUT+ OUT- E16218 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 0 0 16AB8 16AB_Rise2 16_AB 0 0 C138 1nF 00 0 IN+ IN- OUT+ OUT- E16230 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 0 16BB8 U16143 2AND_TB67S CLK0 RST 16BB_Fall11 IN+ IN- OUT+ OUT- E16118 LIMIT(V(%IN+, %IN-), 0, 0.07) R126 1k U16145 2AND_TB67S 0 0 16AB_Rise6 RST 0 0 IN+ IN- OUT+ OUT- ESUM144 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 IN+ IN- OUT+ OUT- E_16119 IF(V(CW0, 0)>800m, V(16B7, 0), V(16BB7, 0)) 0 0 U16144 2AND_TB67S 0 16BB_Fall12 U16146 2AND_TB67S 0 0 C139 1nF 0 U10097 DFF_TB67S CLK D RS QQB 0 U16147 2AND_TB67S IN+ IN- OUT+ OUT- E16251 LIMIT(V(%IN+, %IN-), 0, 0.08) R127 1k 16BB_Fall13 0 16AB_Fall4 IN+ IN- OUT+ OUT- E16132 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 C140 1nF 16B_Rise2 0 0 00 IN+ IN- OUT+ OUT- E_16133 IF(V(CW0, 0)>800m, V(16_AB, 0), V(16_A, 0)) IN+ IN- OUT+ OUT- ESUM145 V(16A_Rise0)+V(16A_Rise1)+V(16A_Rise2)+V(16A_Rise3) 0 0 16_B 0 0 16AB_Fall5 U16164 2AND_TB67S 0 0 0 0 U16166 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16252 LIMIT(V(%IN+, %IN-), 0, 0.1) 0 U16110 2AND_TB67S IN+ IN- OUT+ OUT- ESUM146 V(16A_Rise4)+V(16A_Rise5)+V(16A_Rise6)+V(16A_Rise7) U16165 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16254 LIMIT(V(%IN+, %IN-), 0, 0.09) 0 IN+ IN- OUT+ OUT- E16253 LIMIT(V(%IN+, %IN-), 0, 0.07) 16AB_Fall6 0 0 U16167 2AND_TB67S C141 1nF IN+ IN- OUT+ OUT- E16255 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 16B_Fall4 U16209 2AND_TB67S IN+ IN- OUT+ OUT- ESUM154 LIMIT(V(%IN+)+V(%IN-), 0, 1) U16168 2AND_TB67S 0 0 0 U16211 2AND_TB67S 0 16AB_Rise0 U16210 2AND_TB67S R128 1k 00 U16212 2AND_TB67S IN+ IN- OUT+ OUT- ESUM147 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_16122 IF(V(CW0, 0)>800m, V(16B2, 0), V(16BB2, 0)) 16B_Fall5 0 0 0 C142 1nF 16BB10 U16148 2AND_TB67S 00 16BB8 00 IN+ IN- OUT+ OUT- E16220 LIMIT(V(%IN+, %IN-), 0, 0.06) IN+ IN- OUT+ OUT- E_16159 IF(V(CW0, 0)>800m, V(16AB4, 0), V(16A4, 0)) 16BB_Rise13 U16149 2AND_TB67S R129 1k 0 16B_Fall6 U16213 2AND_TB67S 0 C143 1nF0 0 00 16BB_Rise9 IN+ IN- OUT+ OUT- ESUM148 V(16A_Rise8)+V(16A_Rise9)+V(16A_Rise10)+V(16A_Rise11) 0 00 0 RST 16AB_Rise7 IN+ IN- OUT+ OUT- E16150 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 IN+ IN- OUT+ OUT- E16121 LIMIT(V(%IN+, %IN-), 0, 0.08) U16150 2AND_TB67S 0 0 0 16_A IN+ IN- OUT+ OUT- E16151 LIMIT(V(%IN+, %IN-), 0, 0.06) IN+ IN- OUT+ OUT- ESUM149 V(16A_Rise12)+V(16A_Rise13)+V(16A_Rise14) U16133 2AND_TB67S 16B_Rise0 00 0 IN+ IN- OUT+ OUT- E16221 LIMIT(V(%IN+, %IN-), 0, 0.02) 16BB_Rise14 C144 1nF IN+ IN- OUT+ OUT- E_16134 IF(V(CW0, 0)>800m, V(16A2, 0), V(16AB2, 0)) IN+ IN- OUT+ OUT- E_16124 IF(V(CW0, 0)>800m, V(16B12, 0), V(16BB12, 0)) U10086 DFF_TB67S CLK D RS QQB IN+ IN- OUT+ OUT- E_16123 IF(V(CW0, 0)>800m, V(16B13, 0), V(16BB13, 0)) IN+ IN- OUT+ OUT- E_16125 IF(V(CW0, 0)>800m, V(16B14, 0), V(16BB14, 0)) IN+ IN- OUT+ OUT- E16152 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 IN+ IN- OUT+ OUT- E16231 LIMIT(V(%IN+, %IN-), 0, 0.06) U16169 2AND_TB67S 0 IN+ IN- OUT+ OUT- E_16104 IF(V(CW0, 0)>800m, V(16BB5, 0), V(16B5, 0)) 0 0 0 0 IN+ IN- OUT+ OUT- E_16126 IF(V(CW0, 0)>800m, V(16B8, 0), V(16BB8, 0)) U16170 2AND_TB67S U10121 DFF_TB67S CLK D RS QQB 0 16B_Rise7 0 CLK0 0 0 U10110 DFF_TB67S CLK D RS QQB U16171 2AND_TB67S IN+ IN- OUT+ OUT- E16153 LIMIT(V(%IN+, %IN-), 0, 0.06) 0 0 16BB_Rise10 0 IN+ IN- OUT+ OUT- E16133 LIMIT(V(%IN+, %IN-), 0, 0.08) 0 0 16BB_Rise8 IN+ IN- OUT+ OUT- E16232 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 IN+ IN- OUT+ OUT- E16154 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 U10132 DFF_TB67S CLK D RS QQB 16BB_Rise11 IN+ IN- OUT+ OUT- E_16135 IF(V(CW0, 0)>800m, V(16A12, 0), V(16AB12, 0)) U16151 2AND_TB67S 00 0 0 IN+ IN- OUT+ OUT- E_16136 IF(V(CW0, 0)>800m, V(16A13, 0), V(16AB13, 0)) U16112 2AND_TB67S U16153 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16155 LIMIT(V(%IN+, %IN-), 0, 0.04) U16152 2AND_TB67S IN+ IN- OUT+ OUT- E_16137 IF(V(CW0, 0)>800m, V(16A14, 0), V(16AB14, 0)) IN+ IN- OUT+ OUT- E_16127 IF(V(CW0, 0)>800m, V(16B9, 0), V(16BB9, 0)) 16BB_Rise12 U16154 2AND_TB67S U10099 DFF_TB67S CLK D RS QQB 0 0 0 0 0
- 9. UPnPC-U32STP Block (Equivalent Circuit) 9Copyright (C) Siam Bee Technologies 2016 U32STP 32ST_TB67S MO_1_32 RST 32_A 32_AB 32_B 32_BB CLK0 32_Ref _A CW0 32_Ref _B 32_Ref _AB 32_Ref _BB IN+ IN- OUT+ OUT- E16290 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 IN+ IN- OUT+ OUT- E16155 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16134 LIMIT(V(%IN+, %IN-), 0, 0.05) 32B3 32A7 AB_F7 C191 1nF IN+ IN- OUT+ OUT- E_16151 IF(V(CW0, 0)>800m, V(32B29, 0), V(32BB29, 0)) RST 0 0 0 0 U32016 2AND_TB67S CLK0 0 U32185 2AND_TB67S 32AB0 R126 1k U32075 2AND_TB67S U32222 2AND_TB67S U10160 DFF_TB67S CLK D R S QQB U32006 2AND_TB67S U10217 DFF_TB67S CLK D R S QQB 0 0 IN+ IN- OUT+ OUT- ESUM208 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 0 U32102 2AND_TB67S CLK0 0 0 U32225 2AND_TB67S IN+ IN- OUT+ OUT- ESUM144 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 32AB5 C204 1nF R140 1k 0 BB_F26 AB_R24 IN+ IN- OUT+ OUT- E16289 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 0 0 C156 1nF IN+ IN- OUT+ OUT- E16156 LIMIT(V(%IN+, %IN-), 0, 0.02) 32_BB IN+ IN- OUT+ OUT- E16103 LIMIT(V(%IN+, %IN-), 0, 0.05) U10176 DFF_TB67S CLK D R S QQB 32BB5 IN+ IN- OUT+ OUT- E16269 LIMIT(V(%IN+, %IN-), 0, 0.01) B_F15 32AB9 0 0 0 B_F2 00 0 0 R158 1k C139 1nF 0 U32103 2AND_TB67S U10246 DFF_TB67S CLK D R S QQB U10218 DFF_TB67S CLK D R S QQB AB_R22 0 0 U32226 2AND_TB67S R169 1k 0 U32240 2AND_TB67S R141 1k 0 R137 1k 0 R159 1k 0 0 IN+ IN- OUT+ OUT- ESUM245 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_32007 IF(V(CW0, 0)>800m, V(32_AB, 0), V(32_A, 0)) R127 1k RST 0 32BB9 IN+ IN- OUT+ OUT- E_32002 IF(V(CW0, 0)>800m, V(32_B, 0), V(32_BB, 0)) AB_R25 IN+ IN- OUT+ OUT- E_16152 IF(V(CW0, 0)>800m, V(32B28, 0), V(32BB28, 0)) 0 0 A_R2 IN+ IN- OUT+ OUT- E16291 LIMIT(V(%IN+, %IN-), 0, 0.05) 32_A 0 IN+ IN- OUT+ OUT- E_16162 IF(V(CW0, 0)>800m, V(32A2, 0), V(32AB2, 0)) IN+ IN- OUT+ OUT- E_16140 IF(V(CW0, 0)>800m, V(32B10, 0), V(32BB10, 0)) U10219 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16328 LIMIT(V(%IN+, %IN-), 0, 0.02) U32186 2AND_TB67S BB_F27 B_F1 0 0 0 0 0 C140 1nF CLK0 RST 0 0 0 U32104 2AND_TB67S CLK0 0 0 IN+ IN- OUT+ OUT- ESUM165 V(A_R16)+V(A_R17)+V(A_R18)+V(A_R19) U32227 2AND_TB67S IN+ IN- OUT+ OUT- ESUM223 V(B_R16)+V(B_R17)+V(B_R18)+V(B_R19) IN+ IN- OUT+ OUT- E16329 LIMIT(V(%IN+, %IN-), 0, 0.02) 32A5 IN+ IN- OUT+ OUT- ESUM145 V(A_R0)+V(A_R1)+V(A_R2)+V(A_R3) IN+ IN- OUT+ OUT- E16307 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 32A9 32A19 0 BB_R23 B_F3 IN+ IN- OUT+ OUT- E_16141 IF(V(CW0, 0)>800m, V(32B11, 0), V(32BB11, 0)) 0 0 BB_R21 IN+ IN- OUT+ OUT- E16157 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16240 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 0 B_R5 32A20 0 0 0 U10220 DFF_TB67S CLK D R S QQB RST 32A16 U10247 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16153 IF(V(CW0, 0)>800m, V(32B30, 0), V(32BB30, 0)) 0 0 0 AB_F2 32AB27 IN+ IN- OUT+ OUT- E16273 LIMIT(V(%IN+, %IN-), 0, 0.01) U32228 2AND_TB67S 0 0 0 RST 0 0 0 0 0 32A17 32A21 0 0 0 32A18 00 32BB27 IN+ IN- OUT+ OUT- E16190 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 0 0 U32105 2AND_TB67S C224 1nF CLK0 0 0 IN+ IN- OUT+ OUT- E16158 LIMIT(V(%IN+, %IN-), 0, 0.01) 32B5 C148 1nF IN+ IN- OUT+ OUT- E_16142 IF(V(CW0, 0)>800m, V(32B12, 0), V(32BB12, 0)) IN+ IN- OUT+ OUT- E16308 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 BB_F21 32B9 0 AB_R26 C192 1nF 0 U10248 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM166 V(A_R20)+V(A_R21)+V(A_R22)+V(A_R23) 0 0 IN+ IN- OUT+ OUT- E16309 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- ESUM146 V(A_R4)+V(A_R5)+V(A_R6)+V(A_R7) C163 1nF 0 0 IN+ IN- OUT+ OUT- E_16189 IF(V(CW0, 0)>800m, V(32A16, 0), V(32AB16, 0)) CLK0 RST 0 0 0 U32229 2AND_TB67S 0 0 00 IN+ IN- OUT+ OUT- E16292 LIMIT(V(%IN+, %IN-), 0, 0.05) RST RST IN+ IN- OUT+ OUT- E16330 LIMIT(V(%IN+, %IN-), 0, 0.02) U32106 2AND_TB67S IN+ IN- OUT+ OUT- E_16133 IF(V(CW0, 0)>800m, V(32B2, 0), V(32BB2, 0)) R132 1k IN+ IN- OUT+ OUT- ESUM173 V(AB_F9)+V(AB_F10)+V(AB_F11)+V(AB_F12) 0 0 0 AB_R18 32A27 C158 1nF U32230 2AND_TB67S 0 0 AB_F1 R133 1k 0 0 A_F4 IN+ IN- OUT+ OUT- ESUM209 V(B_F1)+V(B_F2)+V(B_F3)+V(B_F4) CLK0 0 0 CLK0 0 0 0 0 0 0 0 RST RST 0 00 0 0 0 CLK0 0 BB_R24 IN+ IN- OUT+ OUT- E16293 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E16194 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 R176 1k 32A28 AB_F3 IN+ IN- OUT+ OUT- E_16154 IF(V(CW0, 0)>800m, V(32B24, 0), V(32BB24, 0)) IN+ IN- OUT+ OUT- E16159 LIMIT(V(%IN+, %IN-), 0, 0.03) BB_F7 R177 1k RST CLK0 IN+ IN- OUT+ OUT- E16270 LIMIT(V(%IN+, %IN-), 0, 0.01) IN+ IN- OUT+ OUT- ESUM224 V(B_R20)+V(B_R21)+V(B_R22)+V(B_R23) IN+ IN- OUT+ OUT- E_16172 IF(V(CW0, 0)>800m, V(32A4, 0), V(32AB4, 0)) IN+ IN- OUT+ OUT- ESUM174 V(AB_F13)+V(AB_F14)+V(AB_F15)+V(AB_F16) 32A29 0 32B27 IN+ IN- OUT+ OUT- E_16155 IF(V(CW0, 0)>800m, V(32B25, 0), V(32BB25, 0)) 0 0 IN+ IN- OUT+ OUT- E16331 LIMIT(V(%IN+, %IN-), 0, 0.02) R138 1k 0 C141 1nF 32BB0 CLK0 U32086 2AND_TB67S IN+ IN- OUT+ OUT- E_16215 IF(V(CW0, 0)>800m, V(32AB10, 0), V(32A10, 0)) C164 1nF U10177 DFF_TB67S CLK D R S QQB 0 AB_F29 A_F5 IN+ IN- OUT+ OUT- E16294 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 32_Ref _BIN+ IN- OUT+ OUT- ESUM154 LIMIT(V(%IN+)+V(%IN-), 0, 1) U10161 DFF_TB67S CLK D R S QQB 0 0 U10252 DFF_TB67S CLK D R S QQB 0 0 0 32AB20 0 0 IN+ IN- OUT+ OUT- ESUM156 V(A_F25)+V(A_F26)+V(A_F27)+V(A_F28) 0 0 0 0 U32017 2AND_TB67S RST 0 BB_R22 U32107 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- ESUM175 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 0 0 0 32BB20 C205 1nF 32B8 0 0 U32108 2AND_TB67S IN+ IN- OUT+ OUT- E16245 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 U10178 DFF_TB67S CLK D R S QQB 0 IN+ IN- OUT+ OUT- E_16216 IF(V(CW0, 0)>800m, V(32AB11, 0), V(32A11, 0)) U10162 DFF_TB67S CLK D R S QQB BB_R25 0 0 0 C159 1nF 32B9 0 0 0 U32018 2AND_TB67S IN+ IN- OUT+ OUT- ESUM157 V(A_F29)+V(A_F30) RST 0 0 CLK0 0 0 RST 0 0 0 32B5 0 0 0 0 0 R128 1k 0 0 0 0 U10179 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM210 V(B_F5)+V(B_F6)+V(B_F7)+V(B_F8) 0 0 R139 1k U32087 2AND_TB67S 32A20 CLK0 0 0 IN+ IN- OUT+ OUT- E_16217 IF(V(CW0, 0)>800m, V(32AB12, 0), V(32A12, 0)) U10221 DFF_TB67S CLK D R S QQB 0 0 C225 1nF IN+ IN- OUT+ OUT- E_16115 IF(V(CW0, 0)>800m, V(32BB31, 0), V(32B31, 0)) 0 0 32B6 U32019 2AND_TB67S C150 1nF IN+ IN- OUT+ OUT- ESUM176 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 IN+ IN- OUT+ OUT- E16241 LIMIT(V(%IN+, %IN-), 0, 0.01) A_F6 IN+ IN- OUT+ OUT- E_16156 IF(V(CW0, 0)>800m, V(32B26, 0), V(32BB26, 0)) R170 1k RST 0 0 BB_F16 0 0 0 32B20 C151 1nF U32135 2AND_TB67S CLK0 A_R28 IN+ IN- OUT+ OUT- E16310 LIMIT(V(%IN+, %IN-), 0, 0.01) U10163 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM246 V(BB_F9)+V(BB_F10)+V(BB_F11)+V(BB_F12) 32B7 0 U32020 2AND_TB67S IN+ IN- OUT+ OUT- E16332 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16145 LIMIT(V(%IN+, %IN-), 0, 0.05) U10222 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM147 LIMIT(V(%IN+)+V(%IN-), 0, 1) AB_R3 IN+ IN- OUT+ OUT- E16295 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 U32088 2AND_TB67S RST 0 0 BB_F2 IN+ IN- OUT+ OUT- E_16157 IF(V(CW0, 0)>800m, V(32B27, 0), V(32BB27, 0)) IN+ IN- OUT+ OUT- ESUM168 V(A_R24)+V(A_R25)+V(A_R26)+V(A_R27) 0 0 0 0 0 CLK0 0 0 IN+ IN- OUT+ OUT- E_16116 IF(V(CW0, 0)>800m, V(32BB22, 0), V(32B22, 0)) U32127 2AND_TB67S C165 1nF 32AB8 R134 1k 32AB9 U32153 2AND_TB67S 0 0 0 RST 0 0 0 U10223 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16117 IF(V(CW0, 0)>800m, V(32BB23, 0), V(32B23, 0)) R135 1k 32AB15 U32021 2AND_TB67S C142 1nF IN+ IN- OUT+ OUT- ESUM177 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16333 LIMIT(V(%IN+, %IN-), 0, 0.01) 00 U32109 2AND_TB67S IN+ IN- OUT+ OUT- E_16208 IF(V(CW0, 0)>800m, V(32AB2, 0), V(32A2, 0)) CLK0 0 U10196 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM247 V(BB_F13)+V(BB_F14)+V(BB_F15)+V(BB_F16) C193 1nF 0 BB_F1 U32089 2AND_TB67S 32AB5 0 0 0 A_R0 32AB6 0 0 BB_F17 32AB14 R142 1k U10224 DFF_TB67S CLK D R S QQB U32022 2AND_TB67S U10253 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM169 V(A_R28)+V(A_R29) 0 BB_R26 R129 1k 32AB28 C226 1nF IN+ IN- OUT+ OUT- E_16158 IF(V(CW0, 0)>800m, V(32B19, 0), V(32BB19, 0)) IN+ IN- OUT+ OUT- E16130 LIMIT(V(%IN+, %IN-), 0, 0.01) R143 1k 0 IN+ IN- OUT+ OUT- E_16118 IF(V(CW0, 0)>800m, V(32BB17, 0), V(32B17, 0)) U32032 2AND_TB67S C206 1nF U32136 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16164 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E_16101 IF(V(CW0, 0)>800m, V(32BB3, 0), V(32B3, 0)) BB_F3 32AB7 0 U32154 2AND_TB67S 0 IN+ IN- OUT+ OUT- E_16119 IF(V(CW0, 0)>800m, V(32BB18, 0), V(32B18, 0)) U10254 DFF_TB67S CLK D R S QQB 0 32BB28 U32137 2AND_TB67S 0 0 0 0 0 0 IN+ IN- OUT+ OUT- E16228 LIMIT(V(%IN+, %IN-), 0, 0.04) UMO_32001 2AND_TB67S 0 0 U32033 2AND_TB67S IN+ IN- OUT+ OUT- ESUM248 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32023 2AND_TB67S IN+ IN- OUT+ OUT- E16244 LIMIT(V(%IN+, %IN-), 0, 0.01) U32068 2AND_TB67S 32BB14 U32110 2AND_TB67S 0 0 0 0 C161 1nF U10255 DFF_TB67S CLK D R S QQB 0 0 BB_R18 IN+ IN- OUT+ OUT- E_32006 IF(V(CW0, 0)>800m, V(32_AB, 0), V(32_A, 0)) 32B0 0 0 C143 1nF U32024 2AND_TB67S 32_B 0 0 32A28 U32111 2AND_TB67S IN+ IN- OUT+ OUT- E16131 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 0 U32090 2AND_TB67S IN+ IN- OUT+ OUT- ESUM170 LIMIT(V(%IN+)+V(%IN-), 0, 1) RST IN+ IN- OUT+ OUT- E_16120 IF(V(CW0, 0)>800m, V(32BB20, 0), V(32B20, 0)) R171 1k R160 1k IN+ IN- OUT+ OUT- E16206 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 CLK0 0 0 B_R2 A_R29 C166 1nF UEX1017 EX_OR_TB67S A B O 0 0 IN+ IN- OUT+ OUT- E_16103 IF(V(CW0, 0)>800m, V(32BB5, 0), V(32B5, 0)) IN+ IN- OUT+ OUT- ESUM211 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 IN+ IN- OUT+ OUT- E16135 LIMIT(V(%IN+, %IN-), 0, 0.05) RST 0 IN+ IN- OUT+ OUT- ESUM160 V(A_F17)+V(A_F18)+V(A_F19)+V(A_F20) U10256 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16159 IF(V(CW0, 0)>800m, V(32B21, 0), V(32BB21, 0)) 0 0 IN+ IN- OUT+ OUT- E_16121 IF(V(CW0, 0)>800m, V(32BB29, 0), V(32B29, 0)) IN+ IN- OUT+ OUT- ESUM178 V(AB_F1)+V(AB_F2)+V(AB_F3)+V(AB_F4) 0 0 0 0 0 32AB21 IN+ IN- OUT+ OUT- E_16174 IF(V(CW0, 0)>800m, V(32A31, 0), V(32AB31, 0)) U32025 2AND_TB67S 32_B CLK0 U32050 2AND_TB67S U32046 2AND_TB67S 32B28 IN+ IN- OUT+ OUT- ESUM249 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 IN+ IN- OUT+ OUT- E16334 LIMIT(V(%IN+, %IN-), 0, 0.03) RST 32BB21 U32112 2AND_TB67S IN+ IN- OUT+ OUT- E_32004 IF(V(CW0, 0)>800m, V(32_BB, 0), V(32_B, 0)) U32091 2AND_TB67S 0 AB_R2 IN+ IN- OUT+ OUT- E_16122 IF(V(CW0, 0)>800m, V(32BB28, 0), V(32B28, 0)) CLK0 0 32A14 U32155 2AND_TB67S 0 BB_F18 A_R19 IN+ IN- OUT+ OUT- E16319 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 U32051 2AND_TB67S 32B20 32B19 0 0 IN+ IN- OUT+ OUT- E_16143 IF(V(CW0, 0)>800m, V(32B4, 0), V(32BB4, 0)) 32AB19 32_AB C194 1nF IN+ IN- OUT+ OUT- ESUM148 V(A_R8)+V(A_R9)+V(A_R10)+V(A_R11) IN+ IN- OUT+ OUT- E16311 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 BB_R3 U32241 2AND_TB67S RST 0 0 0 IN+ IN- OUT+ OUT- E16214 LIMIT(V(%IN+, %IN-), 0, 0.04) BB_F29IN+ IN- OUT+ OUT- E_16123 IF(V(CW0, 0)>800m, V(32BB30, 0), V(32B30, 0)) 0 0 0 0 A_F15 U32113 2AND_TB67S CLK0 0 0 C227 1nF 32B16 RST RST 0 32A21 32B21 32AB20 0 0 A_R13 IN+ IN- OUT+ OUT- E16246 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- ESUM250 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32156 2AND_TB67S R161 1k U32052 2AND_TB67S IN+ IN- OUT+ OUT- E16114 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- ESUM179 V(AB_F5)+V(AB_F6)+V(AB_F7)+V(AB_F8) U32047 2AND_TB67S RST CLK0 0 RST 32AB21 32AB16 0 U32053 2AND_TB67S IN+ IN- OUT+ OUT- E16109 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 0 U32114 2AND_TB67S 32B17 CLK0 32AB17 CLK0 IN+ IN- OUT+ OUT- E_16124 IF(V(CW0, 0)>800m, V(32BB24, 0), V(32B24, 0)) 32B1832AB18 0 IN+ IN- OUT+ OUT- ESUM161 V(A_F21)+V(A_F22)+V(A_F23)+V(A_F24) R178 1k IN+ IN- OUT+ OUT- ESUM225 V(B_R24)+V(B_R25)+V(B_R26)+V(B_R27) 32B21 C195 1nF 32B14 AB_F4 CLK0 0 MO_1_32 IN+ IN- OUT+ OUT- E_16125 IF(V(CW0, 0)>800m, V(32BB25, 0), V(32B25, 0)) U32076 2AND_TB67S 32BB8 B_F4 IN+ IN- OUT+ OUT- E_16175 IF(V(CW0, 0)>800m, V(32A22, 0), V(32AB22, 0)) 0 00 BB_F19 R179 1k 00 U10225 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM212 V(B_R0)+V(B_R1)+V(B_R2)+V(B_R3) C153 1nF C182 1nF IN+ IN- OUT+ OUT- ESUM149 V(A_R12)+V(A_R13)+V(A_R14)+V(A_R15) 0 0 U32054 2AND_TB67S CLK0 RST IN+ IN- OUT+ OUT- E16335 LIMIT(V(%IN+, %IN-), 0, 0.05) C167 1nF 0 0 32BB9 0 A_R15 U32004 2AND_TB67S U32055 2AND_TB67S 0 0 0 00 32_Ref _AB U32115 2AND_TB67S RST 0 0 0 0 0 U32007 2AND_TB67S 32BB5 0 IN+ IN- OUT+ OUT- E_16126 IF(V(CW0, 0)>800m, V(32BB26, 0), V(32B26, 0)) CLK0 IN+ IN- OUT+ OUT- E16160 LIMIT(V(%IN+, %IN-), 0, 0.03) U10188 DFF_TB67S CLK D R S QQB 32BB6 0 0 U10226 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16117 LIMIT(V(%IN+, %IN-), 0, 0.04) 32AB12 IN+ IN- OUT+ OUT- E_16127 IF(V(CW0, 0)>800m, V(32BB27, 0), V(32B27, 0)) U32242 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E_16176 IF(V(CW0, 0)>800m, V(32A23, 0), V(32AB23, 0)) RST 0 U32077 2AND_TB67S 0 U32056 2AND_TB67S 0 0 0 0 0 0 32BB12 AB_F5 U32116 2AND_TB67S RST CLK0 32BB7 U32157 2AND_TB67S U10148 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16320 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 0 0 U10227 DFF_TB67S CLK D R S QQB 32AB1 0 IN+ IN- OUT+ OUT- E_16128 IF(V(CW0, 0)>800m, V(32BB19, 0), V(32B19, 0)) IN+ IN- OUT+ OUT- E16247 LIMIT(V(%IN+, %IN-), 0, 0.04) U32078 2AND_TB67S 32AB2 U10257 DFF_TB67S CLK D R S QQB BB_F20 AB_R17 U32117 2AND_TB67S U32223 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E16108 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 0 U32057 2AND_TB67S C144 1nF RST 0 C196 1nF IN+ IN- OUT+ OUT- E16110 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 B_F5 U32158 2AND_TB67S 0 0 C228 1nF U32058 2AND_TB67S U10197 DFF_TB67S CLK D R S QQB 0 0 A_R9 32A12 IN+ IN- OUT+ OUT- E_16129 IF(V(CW0, 0)>800m, V(32BB21, 0), V(32B21, 0)) U32243 2AND_TB67S IN+ IN- OUT+ OUT- E16195 LIMIT(V(%IN+, %IN-), 0, 0.05) CLK0 0 IN+ IN- OUT+ OUT- E_16104 IF(V(CW0, 0)>800m, V(32BB6, 0), V(32B6, 0)) R144 1k IN+ IN- OUT+ OUT- ESUM226 V(B_R28)+V(B_R29) IN+ IN- OUT+ OUT- ESUM213 V(B_R4)+V(B_R5)+V(B_R6)+V(B_R7) U10258 DFF_TB67S CLK D R S QQB U32092 2AND_TB67S U10228 DFF_TB67S CLK D R S QQB U32118 2AND_TB67S 0 32BB2 A_R7 0 32AB29 R162 1k IN+ IN- OUT+ OUT- ESUM251 V(BB_F1)+V(BB_F2)+V(BB_F3)+V(BB_F4) 0 0 U32119 2AND_TB67S U32035 2AND_TB67S IN+ IN- OUT+ OUT- ESUM180 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 32BB29 U32059 2AND_TB67S RST 0 A_R5 0 0 IN+ IN- OUT+ OUT- E_16177 IF(V(CW0, 0)>800m, V(32A17, 0), V(32AB17, 0)) U32244 2AND_TB67S RST 0 IN+ IN- OUT+ OUT- E16248 LIMIT(V(%IN+, %IN-), 0, 0.05) 32B12 U32120 2AND_TB67S IN+ IN- OUT+ OUT- E16106 LIMIT(V(%IN+, %IN-), 0, 0.04) 00 R163 1k IN+ IN- OUT+ OUT- E_32008 IF(V(CW0, 0)>800m, V(32_A, 0), V(32_AB, 0)) CLK0 AB_F28 A_R20 U10259 DFF_TB67S CLK D R S QQB AB_F6 U32060 2AND_TB67S 0 BB_R2 C168 1nF CLK0 0 0 U10198 DFF_TB67S CLKD R S QQB 0 0 IN+ IN- OUT+ OUT- E_16218 IF(V(CW0, 0)>800m, V(32AB4, 0), V(32A4, 0)) 0 0 U32061 2AND_TB67S 32_BB RST 0 0 IN+ IN- OUT+ OUT- E16118 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 32_Ref _A IN+ IN- OUT+ OUT- E16111 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E_16178 IF(V(CW0, 0)>800m, V(32A18, 0), V(32AB18, 0)) 0 0 32A2 IN+ IN- OUT+ OUT- E_16114 IF(V(CW0, 0)>800m, V(32BB16, 0), V(32B16, 0)) A_R14 U32121 2AND_TB67S 0 C154 1nF RST 0 32A29 R145 1k 0 0 U32122 2AND_TB67S U10260 DFF_TB67S CLK D R S QQB 32BB19 0 32BB20 0 0 U32062 2AND_TB67S RST U32245 2AND_TB67S RST IN+ IN- OUT+ OUT- ESUM233 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 0 0 U10199 DFF_TB67S CLK D R S QQB CLK0 32BB16 CLK0 0 32AB22 U32063 2AND_TB67S 32BB21 U32093 2AND_TB67S IN+ IN- OUT+ OUT- E16287 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 CLK0 RST 0 0 C169 1nF 32B28 0 0 B_F6 IN+ IN- OUT+ OUT- E16296 LIMIT(V(%IN+, %IN-), 0, 0.04) 32BB17 RST 0 0 IN+ IN- OUT+ OUT- ESUM252 V(BB_F5)+V(BB_F6)+V(BB_F7)+V(BB_F8) 32B29 CLK0 32BB18 U32159 2AND_TB67S 32B2 32BB22 IN+ IN- OUT+ OUT- ESUM196 LIMIT(V(%IN+)+V(%IN-), 0, 1) 32B29 U10164 DFF_TB67S CLK D R S QQB 32B15 0 0 U32246 2AND_TB67S 0 0 0 BB_F4 RST 32AB6 IN+ IN- OUT+ OUT- E16249 LIMIT(V(%IN+, %IN-), 0, 0.05) U10189 DFF_TB67S CLK D R S QQB U10180 DFF_TB67S CLK D R S QQB 0 AB_F23 AB_R0 IN+ IN- OUT+ OUT- E16297 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 IN+ IN- OUT+ OUT- ESUM181 V(AB_R0)+V(AB_R1)+V(AB_R2)+V(AB_R3) C197 1nF CLK0 00 0 U32231 2AND_TB67S RST C207 1nF U32036 2AND_TB67S 32_Ref _BB 32AB10 IN+ IN- OUT+ OUT- ESUM214 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 0 32BB6 IN+ IN- OUT+ OUT- E16204 LIMIT(V(%IN+, %IN-), 0, 0.02) CLK0 32A22 U32160 2AND_TB67S 0 0 0 CLK0 AB_F22 IN+ IN- OUT+ OUT- ESUM197 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16112 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 32BB10 RST 0 0 0 U10190 DFF_TB67S CLK D R S QQB RST 0 0 IN+ IN- OUT+ OUT- E16119 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 IN+ IN- OUT+ OUT- ESUM215 V(B_F25)+V(B_F26)+V(B_F27)+V(B_F28) IN+ IN- OUT+ OUT- E16336 LIMIT(V(%IN+, %IN-), 0, 0.04) C229 1nF IN+ IN- OUT+ OUT- E_16134 IF(V(CW0, 0)>800m, V(32B3, 0), V(32BB3, 0)) 0 A_R16 U10229 DFF_TB67S CLK D R S QQB 0 0 AB_F24 CLK0 0 0 0 32AB17 R172 1k RST 0 0 CLK0 32A6 0 0 0 0 U32232 2AND_TB67S 0 0 0 B_R0 C183 1nF RST 0 0 32B22 IN+ IN- OUT+ OUT- E_16179 IF(V(CW0, 0)>800m, V(32A20, 0), V(32AB20, 0)) CLK0 0 U10149 DFF_TB67S CLK D R S QQB C170 1nF 0 0 U10191 DFF_TB67S CLK D R S QQB RST BB_F5 IN+ IN- OUT+ OUT- ESUM198 LIMIT(V(%IN+)+V(%IN-), 0, 1) RST U32233 2AND_TB67S IN+ IN- OUT+ OUT- ESUM171 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 IN+ IN- OUT+ OUT- E_16180 IF(V(CW0, 0)>800m, V(32A29, 0), V(32AB29, 0)) IN+ IN- OUT+ OUT- E16337 LIMIT(V(%IN+, %IN-), 0, 0.03) RST 0 0 IN+ IN- OUT+ OUT- E16113 LIMIT(V(%IN+, %IN-), 0, 0.05) CLK0 0 32B6 32A10 0 A_R1 IN+ IN- OUT+ OUT- E_16163 IF(V(CW0, 0)>800m, V(32A3, 0), V(32AB3, 0)) 0 0 0 A_R10 R180 1k C214 1nF CLK0 0 A_R27 IN+ IN- OUT+ OUT- E16102 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 BB_R17 IN+ IN- OUT+ OUT- ESUM216 V(B_F29)+V(B_F30) IN+ IN- OUT+ OUT- ESUM182 V(AB_R4)+V(AB_R5)+V(AB_R6)+V(AB_R7) 0 0 0 IN+ IN- OUT+ OUT- E16338 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 RST 0 0 0 R146 1k RST CLK0 0 U10150 DFF_TB67S CLK D R S QQB U32161 2AND_TB67S IN+ IN- OUT+ OUT- ESUM253 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 0 IN+ IN- OUT+ OUT- E16242 LIMIT(V(%IN+, %IN-), 0, 0.02) R173 1k A_R8 R164 1k IN+ IN- OUT+ OUT- E16120 LIMIT(V(%IN+, %IN-), 0, 0.01) 32BB17 C184 1nF CLK0 RST AB_F25 0 U10151 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16105 IF(V(CW0, 0)>800m, V(32BB7, 0), V(32B7, 0)) RST 0 0 R147 1k U32162 2AND_TB67S IN+ IN- OUT+ OUT- ESUM199 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- ESUM202 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 32B10 U32247 2AND_TB67S C230 1nF 0 CLK0 RST CLK0 0 U10261 DFF_TB67S CLK D R S QQB CLK0 IN+ IN- OUT+ OUT- E16271 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E_16135 IF(V(CW0, 0)>800m, V(32B5, 0), V(32BB5, 0)) 0 A_R11 U10165 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16250 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 0 0 IN+ IN- OUT+ OUT- E16339 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 RST RST 0 0 0 C198 1nF R181 1k 32A4 0 BB_F28 IN+ IN- OUT+ OUT- ESUM234 V(BB_R16)+V(BB_R17)+V(BB_R18)+V(BB_R19) IN+ IN- OUT+ OUT- E_16181 IF(V(CW0, 0)>800m, V(32A28, 0), V(32AB28, 0)) 0 U10262 DFF_TB67S CLK D R S QQB AB_F26 IN+ IN- OUT+ OUT- E16207 LIMIT(V(%IN+, %IN-), 0, 0.03) C199 1nF 0 0 0 IN+ IN- OUT+ OUT- ESUM200 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_16164 IF(V(CW0, 0)>800m, V(32A5, 0), V(32AB5, 0)) 32AB28 BB_F6 IN+ IN- OUT+ OUT- E16115 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 B_R28 CLK0 0 0 AB_R13 U32037 2AND_TB67S 0 0 0 U10166 DFF_TB67S CLK D R S QQB U32248 2AND_TB67S 32A14 32A13 CLK0 0 U10263 DFF_TB67S CLK D R S QQB U10230 DFF_TB67S CLK D R S QQB C231 1nF 0 0 0 BB_F23 U32163 2AND_TB67S 32AB29 32A10 0 0 0 0 0 00 B_R13 IN+ IN- OUT+ OUT- ESUM254 V(BB_R0)+V(BB_R1)+V(BB_R2)+V(BB_R3) CLK0 RST U10167 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16121 LIMIT(V(%IN+, %IN-), 0, 0.02) 32A15 IN+ IN- OUT+ OUT- E16251 LIMIT(V(%IN+, %IN-), 0, 0.05) C171 1nF IN+ IN- OUT+ OUT- E_16182 IF(V(CW0, 0)>800m, V(32A30, 0), V(32AB30, 0)) IN+ IN- OUT+ OUT- ESUM217 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16208 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 IN+ IN- OUT+ OUT- E16340 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 U10264 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16136 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 IN+ IN- OUT+ OUT- E16165 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- ESUM201 LIMIT(V(%IN+)+V(%IN-), 0, 1) A_F14 IN+ IN- OUT+ OUT- ESUM183 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 AB_F27 0 0 IN+ IN- OUT+ OUT- E16116 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 0 32A17 32AB23 C185 1nF IN+ IN- OUT+ OUT- E16122 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 A_R23 R165 1k 32A12 32A11 0 U10181 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM235 V(BB_R20)+V(BB_R21)+V(BB_R22)+V(BB_R23) 0 0 BB_F22 IN+ IN- OUT+ OUT- E16201 LIMIT(V(%IN+, %IN-), 0, 0.01) U32164 2AND_TB67S A_R21 0 BB_F24 R166 1k IN+ IN- OUT+ OUT- ESUM184 V(AB_F25)+V(AB_F26)+V(AB_F27)+V(AB_F28) 0 00 C186 1nF 0 0 0 0 A_R12 32BB23 RST 0 0 IN+ IN- OUT+ OUT- E16209 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 U32165 2AND_TB67S 0 0 0 C200 1nF C232 1nF IN+ IN- OUT+ OUT- E16252 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 BB_R0 U32128 2AND_TB67S 0 0 0 0 0 32AB2 RST 0 U10182 DFF_TB67S CLK D R S QQB C215 1nF 0 C187 1nF CLK0 0 0 AB_F21 U10231 DFF_TB67S CLK D R S QQB 0 0 R167 1k IN+ IN- OUT+ OUT- E16253 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- ESUM255 V(BB_R4)+V(BB_R5)+V(BB_R6)+V(BB_R7) 32A23 0 0 A_F9 R182 1k 0 IN+ IN- OUT+ OUT- E16175 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 IN+ IN- OUT+ OUT- E_16183 IF(V(CW0, 0)>800m, V(32A24, 0), V(32AB24, 0)) IN+ IN- OUT+ OUT- E16259 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E16166 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E_16108 IF(V(CW0, 0)>800m, V(32BB14, 0), V(32B14, 0)) U32069 2AND_TB67S AB_F30 RST 0 BB_F25 0 0 IN+ IN- OUT+ OUT- E16167 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- ESUM185 V(AB_F29)+V(AB_F30) U32138 2AND_TB67S CLK0 U10183 DFF_TB67S CLK D R S QQB CLK0 R174 1k IN+ IN- OUT+ OUT- E16254 LIMIT(V(%IN+, %IN-), 0, 0.05) R183 1k B_R9 IN+ IN- OUT+ OUT- E_16107 IF(V(CW0, 0)>800m, V(32BB13, 0), V(32B13, 0)) IN+ IN- OUT+ OUT- E_16209 IF(V(CW0, 0)>800m, V(32AB3, 0), V(32A3, 0)) 0 32B17 0 0 B_R7 32B23 A_F8 0 A_F10 0 0 0 0 IN+ IN- OUT+ OUT- E_16109 IF(V(CW0, 0)>800m, V(32BB15, 0), V(32B15, 0)) 0 0 0 IN+ IN- OUT+ OUT- E_16184 IF(V(CW0, 0)>800m, V(32A25, 0), V(32AB25, 0)) R148 1k 0 0 IN+ IN- OUT+ OUT- E16124 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16137 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 U32139 2AND_TB67S 0 0 00 RSTRST 0 0 0 U32166 2AND_TB67S U32187 2AND_TB67S 32A25 0 0 0 0 U32123 2AND_TB67S IN+ IN- OUT+ OUT- E16168 LIMIT(V(%IN+, %IN-), 0, 0.04) 32A26 CLK0 U10232 DFF_TB67S CLK D R S QQB 32A22 B_R14 IN+ IN- OUT+ OUT- E16255 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- E16105 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 U32124 2AND_TB67S IN+ IN- OUT+ OUT- ESUM244 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16125 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16138 LIMIT(V(%IN+, %IN-), 0, 0.04) C201 1nF 0 A_R24 C216 1nF RST 0 AB_F16 AB_R9 U32188 2AND_TB67S 32A23 32A27 0 32_A C172 1nF 0 IN+ IN- OUT+ OUT- E16176 LIMIT(V(%IN+, %IN-), 0, 0.01) U32167 2AND_TB67S 0 0 0 IN+ IN- OUT+ OUT- E16312 LIMIT(V(%IN+, %IN-), 0, 0.02) 32A24 CLK0 0 0 A_R22 32BB28 0 B_R29 A_R4 AB_R7 32BB29 0 0 0 0 R175 1k CLK0 AB_F17 U10265 DFF_TB67S CLK D R S QQB 0 0 0 0 00 A_R25 C173 1nF IN+ IN- OUT+ OUT- ESUM218 V(B_F17)+V(B_F18)+V(B_F19)+V(B_F20) IN+ IN- OUT+ OUT- E_16185 IF(V(CW0, 0)>800m, V(32A26, 0), V(32AB26, 0)) 00 0 0 AB_R28 IN+ IN- OUT+ OUT- E16169 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E_16210 IF(V(CW0, 0)>800m, V(32AB5, 0), V(32A5, 0)) 32A1 32BB15 IN+ IN- OUT+ OUT- E_16190 IF(V(CW0, 0)>800m, V(32AB31, 0), V(32A31, 0)) C233 1nF U32026 2AND_TB67S RST 0 0 CLK0 0 0 0 IN+ IN- OUT+ OUT- ESUM256 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E_16186 IF(V(CW0, 0)>800m, V(32A27, 0), V(32AB27, 0)) U32027 2AND_TB67S U10152 DFF_TB67S CLK D R S QQB 0 U32189 2AND_TB67S U10266 DFF_TB67S CLK D R S QQB 0 32AB3 IN+ IN- OUT+ OUT- E16139 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 U32140 2AND_TB67S 0 AB_R14 IN+ IN- OUT+ OUT- ESUM186 LIMIT(V(%IN+)+V(%IN-), 0, 1) 00 B_R19 BB_R13 U32168 2AND_TB67S 0 0 B_R10 U32028 2AND_TB67S 0 U10233 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16126 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- ESUM257 V(BB_F25)+V(BB_F26)+V(BB_F27)+V(BB_F28) 0 U32029 2AND_TB67S 32BB3 0 U32190 2AND_TB67S U10267 DFF_TB67S CLK D R S QQB 0 IN+ IN- OUT+ OUT- E16196 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 IN+ IN- OUT+ OUT- ESUM219 V(B_R8)+V(B_R9)+V(B_R10)+V(B_R11) IN+ IN- OUT+ OUT- E16170 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 A_F11 R149 1k 0 IN+ IN- OUT+ OUT- ESUM236 V(BB_R24)+V(BB_R25)+V(BB_R26)+V(BB_R27) 0 0 U32030 2AND_TB67S IN+ IN- OUT+ OUT- E_16110 IF(V(CW0, 0)>800m, V(32BB9, 0), V(32B9, 0)) U10234 DFF_TB67S CLK D R S QQB RST IN+ IN- OUT+ OUT- E16127 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 IN+ IN- OUT+ OUT- E_16187 IF(V(CW0, 0)>800m, V(32A19, 0), V(32AB19, 0)) 0 0 0 A_R26 IN+ IN- OUT+ OUT- E_16191 IF(V(CW0, 0)>800m, V(32AB22, 0), V(32A22, 0)) AB_F18 0 0 0 R150 1k CLK0 0 0 IN+ IN- OUT+ OUT- E16177 LIMIT(V(%IN+, %IN-), 0, 0.03) U32169 2AND_TB67S 32A3 U32141 2AND_TB67S C174 1nF IN+ IN- OUT+ OUT- ESUM258 V(BB_F29)+V(BB_F30) IN+ IN- OUT+ OUT- E16210 LIMIT(V(%IN+, %IN-), 0, 0.02) B_R8 IN+ IN- OUT+ OUT- E_16192 IF(V(CW0, 0)>800m, V(32AB23, 0), V(32A23, 0)) 0 0 0 0 U10235 DFF_TB67S CLK D R S QQB 0 0 U32191 2AND_TB67S U10200 DFF_TB67S CLK D R S QQB 0 0 32AB15 A_F12 U32192 2AND_TB67S R184 1k 0 0 R151 1k 0 0 IN+ IN- OUT+ OUT- E16140 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- ESUM220 V(B_F21)+V(B_F22)+V(B_F23)+V(B_F24) 0 0 U32170 2AND_TB67S U32034 2AND_TB67S RST 0 0 0 0 0 0 IN+ IN- OUT+ OUT- E16146 LIMIT(V(%IN+, %IN-), 0, 0.01) U32224 2AND_TB67S 0 0 B_R11 IN+ IN- OUT+ OUT- ESUM237 V(BB_R28)+V(BB_R29) CLK0 32B3 0 0 32BB15 IN+ IN- OUT+ OUT- E_16188 IF(V(CW0, 0)>800m, V(32A21, 0), V(32AB21, 0)) C202 1nF 0 A_R18 IN+ IN- OUT+ OUT- ESUM221 V(B_R12)+V(B_R13)+V(B_R14)+V(B_R15) U32079 2AND_TB67S U10236 DFF_TB67S CLK D R S QQB 0 0 0 IN+ IN- OUT+ OUT- ESUM155 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 32AB30 IN+ IN- OUT+ OUT- E_16193 IF(V(CW0, 0)>800m, V(32AB17, 0), V(32A17, 0)) IN+ IN- OUT+ OUT- E16128 LIMIT(V(%IN+, %IN-), 0, 0.03) C234 1nF 0 0 0 0 B_R15 U32171 2AND_TB67S 0 0 AB_F19 IN+ IN- OUT+ OUT- E16178 LIMIT(V(%IN+, %IN-), 0, 0.04) C235 1nF RST 0 IN+ IN- OUT+ OUT- E_16194 IF(V(CW0, 0)>800m, V(32AB18, 0), V(32A18, 0)) RST 0 BB_R28 AB_R10 U32038 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E16141 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 U32008 2AND_TB67S IN+ IN- OUT+ OUT- E16197 LIMIT(V(%IN+, %IN-), 0, 0.04) A_F29 CLK0 32BB30 IN+ IN- OUT+ OUT- E16298 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 0 IN+ IN- OUT+ OUT- ESUM163 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16171 LIMIT(V(%IN+, %IN-), 0, 0.04) U32009 2AND_TB67S U32080 2AND_TB67S U32172 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16215 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 U32193 2AND_TB67S IN+ IN- OUT+ OUT- E16205 LIMIT(V(%IN+, %IN-), 0, 0.02) 32A15 IN+ IN- OUT+ OUT- ESUM259 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 IN+ IN- OUT+ OUT- ESUM150 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16198 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 C217 1nF 0 0 C203 1nF RST 0 BB_R9 AB_R8 U32194 2AND_TB67S U32039 2AND_TB67S 0 0 U32010 2AND_TB67S RST IN+ IN- OUT+ OUT- E_16173 IF(V(CW0, 0)>800m, V(32A6, 0), V(32AB6, 0)) 0 0 0 0 0 0 BB_R7 C149 1nF C175 1nF RST CLK0 0 U32142 2AND_TB67S 32B14 32B13 CLK0 0 U32011 2AND_TB67S U32173 2AND_TB67S IN+ IN- OUT+ OUT- ESUM164 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 32A30 C145 1nF 32B15 32B10 B_R20 A_F13 R185 1k IN+ IN- OUT+ OUT- E_16195 IF(V(CW0, 0)>800m, V(32AB20, 0), V(32A20, 0)) U32040 2AND_TB67S IN+ IN- OUT+ OUT- E16147 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 0 IN+ IN- OUT+ OUT- E_16196 IF(V(CW0, 0)>800m, V(32AB29, 0), V(32A29, 0)) U10153 DFF_TB67S CLK D R S QQB 0 U32005 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16179 LIMIT(V(%IN+, %IN-), 0, 0.03) C208 1nF 0 32B15 U32012 2AND_TB67S 0 AB_F20 AB_R11 0 0 0 U32195 2AND_TB67S U32041 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E16260 LIMIT(V(%IN+, %IN-), 0, 0.02) RST R186 1k U32174 2AND_TB67S U32196 2AND_TB67S RST 0 AB_R29 32B11 IN+ IN- OUT+ OUT- E16172 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 0 0 0 32_AB U32013 2AND_TB67S C157 1nF IN+ IN- OUT+ OUT- E16199 LIMIT(V(%IN+, %IN-), 0, 0.04) C236 1nF 0 0 32B30 IN+ IN- OUT+ OUT- E_16197 IF(V(CW0, 0)>800m, V(32AB28, 0), V(32A28, 0)) CLK0 0 0 IN+ IN- OUT+ OUT- E16279 LIMIT(V(%IN+, %IN-), 0, 0.05) 32B12 0 BB_R14 U32197 2AND_TB67S U32042 2AND_TB67S IN+ IN- OUT+ OUT- E16107 LIMIT(V(%IN+, %IN-), 0, 0.05) U32219 2AND_TB67S 0 0 U32143 2AND_TB67S 32BB16 IN+ IN- OUT+ OUT- ESUM187 V(AB_F17)+V(AB_F18)+V(AB_F19)+V(AB_F20) U32175 2AND_TB67S U10154 DFF_TB67S CLK D R S QQB 0 0 B_R1 A_R6 IN+ IN- OUT+ OUT- ESUM158 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 0 0 B_F26 R130 1k RST RST 0 0 0 0 IN+ IN- OUT+ OUT- E16231 LIMIT(V(%IN+, %IN-), 0, 0.02) 32B1 0 IN+ IN- OUT+ OUT- E_16198 IF(V(CW0, 0)>800m, V(32AB30, 0), V(32A30, 0)) IN+ IN- OUT+ OUT- E16272 LIMIT(V(%IN+, %IN-), 0, 0.01) IN+ IN- OUT+ OUT- E16142 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 U32043 2AND_TB67S R187 1k IN+ IN- OUT+ OUT- E16300 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E16180 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- E16161 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 B_R16 CLK0 0 0 B_R12 BB_F15 U32198 2AND_TB67S IN+ IN- OUT+ OUT- E16321 LIMIT(V(%IN+, %IN-), 0, 0.01) CLK0 32AB13 0 0 IN+ IN- OUT+ OUT- E_16106 IF(V(CW0, 0)>800m, V(32BB8, 0), V(32B8, 0)) U10155 DFF_TB67S CLK D R S QQB U32081 2AND_TB67S U32176 2AND_TB67S U10207 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16160 IF(V(CW0, 0)>800m, V(32A7, 0), V(32AB7, 0)) U32199 2AND_TB67S IN+ IN- OUT+ OUT- E16216 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 32B4 RST 0 0 0 0 AB_R19 R131 1k 32AB10 32AB14 0 0 0 AB_R1 IN+ IN- OUT+ OUT- ESUM159 LIMIT(V(%IN+)+V(%IN-), 0, 1) RST 0 00 0 CW0 U10201 DFF_TB67S CLK D R S QQB U32234 2AND_TB67S 32AB15 CLK0 0 B_R27 IN+ IN- OUT+ OUT- E16280 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 U32177 2AND_TB67S IN+ IN- OUT+ OUT- E_16199 IF(V(CW0, 0)>800m, V(32AB24, 0), V(32A24, 0)) 0 0 IN+ IN- OUT+ OUT- E16143 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E16261 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 0 U10172 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16181 LIMIT(V(%IN+, %IN-), 0, 0.01) 32A15 0 B_F14 U10237 DFF_TB67S CLK D R S QQB 0 0 IN+ IN- OUT+ OUT- E_16200 IF(V(CW0, 0)>800m, V(32AB25, 0), V(32A25, 0)) IN+ IN- OUT+ OUT- E_16165 IF(V(CW0, 0)>800m, V(32A14, 0), V(32AB14, 0)) U32220 2AND_TB67S IN+ IN- OUT+ OUT- E16129 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- ESUM188 V(AB_R8)+V(AB_R9)+V(AB_R10)+V(AB_R11) IN+ IN- OUT+ OUT- E16313 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 IN+ IN- OUT+ OUT- E16132 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 U32001 2AND_TB67S U32200 2AND_TB67S IN+ IN- OUT+ OUT- E16217 LIMIT(V(%IN+, %IN-), 0, 0.04) B_F27 IN+ IN- OUT+ OUT- E_16111 IF(V(CW0, 0)>800m, V(32BB10, 0), V(32B10, 0)) A_R17 32AB18 IN+ IN- OUT+ OUT- E16262 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 IN+ IN- OUT+ OUT- ESUM191 LIMIT(V(%IN+)+V(%IN-), 0, 1) U10208 DFF_TB67S CLK D R S QQB 32AB11 0 0 U10202 DFF_TB67S CLK D R S QQB U32178 2AND_TB67S IN+ IN- OUT+ OUT- ESUM167 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 32AB8 U32235 2AND_TB67S U32201 2AND_TB67S 0 0 IN+ IN- OUT+ OUT- E_16166 IF(V(CW0, 0)>800m, V(32A13, 0), V(32AB13, 0)) CLK0 0 0 0 C152 1nF U32044 2AND_TB67S IN+ IN- OUT+ OUT- E16148 LIMIT(V(%IN+, %IN-), 0, 0.03) 32AB12 32_A 0 U32179 2AND_TB67S IN+ IN- OUT+ OUT- E_16131 IF(V(CW0, 0)>800m, V(32B7, 0), V(32BB7, 0)) 0 0 IN+ IN- OUT+ OUT- E_16201 IF(V(CW0, 0)>800m, V(32AB26, 0), V(32A26, 0)) IN+ IN- OUT+ OUT- E16218 LIMIT(V(%IN+, %IN-), 0, 0.05) BB_R10 32BB8 IN+ IN- OUT+ OUT- E16256 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E16263 LIMIT(V(%IN+, %IN-), 0, 0.03) U32144 2AND_TB67S 32A16 C237 1nF IN+ IN- OUT+ OUT- E16243 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 A_F28 0 00 B_F9 AB_R12 U10245 DFF_TB67S CLK D R S QQB U10203 DFF_TB67S CLK D R S QQB 32AB4 0 0 U32082 2AND_TB67S IN+ IN- OUT+ OUT- E_32001 IF(V(CW0, 0)>800m, V(32_BB, 0), V(32_B, 0)) 0 BB_R5 U10238 DFF_TB67S CLK D R S QQB 32B25 RST 0 IN+ IN- OUT+ OUT- E_16202 IF(V(CW0, 0)>800m, V(32AB27, 0), V(32A27, 0)) IN+ IN- OUT+ OUT- E16257 LIMIT(V(%IN+, %IN-), 0, 0.04) RST 32AB31 U32180 2AND_TB67S IN+ IN- OUT+ OUT- E16232 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- E_16112 IF(V(CW0, 0)>800m, V(32BB11, 0), V(32B11, 0)) IN+ IN- OUT+ OUT- E16182 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E_16167 IF(V(CW0, 0)>800m, V(32A15, 0), V(32AB15, 0)) U32045 2AND_TB67S IN+ IN- OUT+ OUT- E16322 LIMIT(V(%IN+, %IN-), 0, 0.01) IN+ IN- OUT+ OUT- E16314 LIMIT(V(%IN+, %IN-), 0, 0.05) U32202 2AND_TB67S CLK0 32BB18 B_F21 IN+ IN- OUT+ OUT- E16281 LIMIT(V(%IN+, %IN-), 0, 0.05) 32B26 32BB31 32B22 B_F8 32A8 C160 1nF IN+ IN- OUT+ OUT- E16219 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 32_B AB_F14 CLK0 0 0 A_F23 B_F10 U32181 2AND_TB67S IN+ IN- OUT+ OUT- E16183 LIMIT(V(%IN+, %IN-), 0, 0.02) RST 0 0 BB_R29 IN+ IN- OUT+ OUT- E16233 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 0 B_R21 B_R23 IN+ IN- OUT+ OUT- ESUM189 V(AB_F21)+V(AB_F22)+V(AB_F23)+V(AB_F24) RST 0 0 IN+ IN- OUT+ OUT- E16191 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 0 IN+ IN- OUT+ OUT- E16173 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E_16203 IF(V(CW0, 0)>800m, V(32AB19, 0), V(32A19, 0)) 0 BB_R8 32B16 0 0 A_F22 IN+ IN- OUT+ OUT- E_16113 IF(V(CW0, 0)>800m, V(32BB12, 0), V(32B12, 0)) CLK0CLK0 RST RST 0 U32203 2AND_TB67S R152 1k IN+ IN- OUT+ OUT- E_16136 IF(V(CW0, 0)>800m, V(32B14, 0), V(32BB14, 0)) IN+ IN- OUT+ OUT- E16282 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 32A31 A_F24 IN+ IN- OUT+ OUT- ESUM260 V(BB_F17)+V(BB_F18)+V(BB_F19)+V(BB_F20) IN+ IN- OUT+ OUT- E16211 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 CLK0 00 IN+ IN- OUT+ OUT- E16234 LIMIT(V(%IN+, %IN-), 0, 0.03) 32B23 32B27 0 00 0 IN+ IN- OUT+ OUT- ESUM227 LIMIT(V(%IN+)+V(%IN-), 0, 1) RST 0 00 IN+ IN- OUT+ OUT- E_16205 IF(V(CW0, 0)>800m, V(32AB16, 0), V(32A16, 0)) U32204 2AND_TB67S C146 1nF 32B8 C176 1nF 32B24 0 B_R4 BB_R11 0 0 0 IN+ IN- OUT+ OUT- E_16137 IF(V(CW0, 0)>800m, V(32B13, 0), V(32BB13, 0)) CLK0 0 0 0 IN+ IN- OUT+ OUT- ESUM190 V(AB_R12)+V(AB_R13)+V(AB_R14)+V(AB_R15) U10239 DFF_TB67S CLK D R S QQB RST CLK0 IN+ IN- OUT+ OUT- E_16204 IF(V(CW0, 0)>800m, V(32AB21, 0), V(32A21, 0)) IN+ IN- OUT+ OUT- ESUM151 V(A_F9)+V(A_F10)+V(A_F11)+V(A_F12) 0 IN+ IN- OUT+ OUT- E16283 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 32B31 C155 1nF C178 1nF 0 AB_R15 AB_F9 IN+ IN- OUT+ OUT- E16184 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 0 0 0 0 U32236 2AND_TB67S 0 0 0 0 U10184 DFF_TB67S CLK D R S QQB CLK0 RST 0 0 U32205 2AND_TB67S A_F25 B_F11 IN+ IN- OUT+ OUT- E_16138 IF(V(CW0, 0)>800m, V(32B15, 0), V(32BB15, 0)) 0 0 BB_R19 R153 1k 0 0 0 0 32AB11 IN+ IN- OUT+ OUT- E16149 LIMIT(V(%IN+, %IN-), 0, 0.04) RST 0 0 32A18 IN+ IN- OUT+ OUT- E16220 LIMIT(V(%IN+, %IN-), 0, 0.05) U10209 DFF_TB67S CLK D R S QQB CLK0 32AB25 0 U32206 2AND_TB67S 0 IN+ IN- OUT+ OUT- E_16168 IF(V(CW0, 0)>800m, V(32A9, 0), V(32AB9, 0)) IN+ IN- OUT+ OUT- E16264 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16212 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 B_R24 AB_F8 IN+ IN- OUT+ OUT- ESUM228 LIMIT(V(%IN+)+V(%IN-), 0, 1) RST 0 0 0 CLK0 CLK0 0 0 IN+ IN- OUT+ OUT- E16185 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16301 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 0 A_F26 IN+ IN- OUT+ OUT- ESUM261 V(BB_R8)+V(BB_R9)+V(BB_R10)+V(BB_R11) 32AB26 RST AB_F10 U10249 DFF_TB67S CLK D R S QQB 32AB22 0 0 B_F12 IN+ IN- OUT+ OUT- E16315 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 0 U32207 2AND_TB67S CLK0 RST 0 0 32BB11 IN+ IN- OUT+ OUT- ESUM192 V(AB_R16)+V(AB_R17)+V(AB_R18)+V(AB_R19) 0 0 0 0 0 0 0 0 C218 1nF IN+ IN- OUT+ OUT- ESUM152 V(A_F13)+V(A_F14)+V(A_F15)+V(A_F16) 0 B_R22 C177 1nF IN+ IN- OUT+ OUT- E16213 LIMIT(V(%IN+, %IN-), 0, 0.03) U10210 DFF_TB67S CLK D R S QQB 0 0 U32208 2AND_TB67S 0 0 U10140 DFF_TB67S CLK D R S QQB RST 0 0 0 0 32BB14 32BB13 0 B_R25 32AB0 U10250 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16323 LIMIT(V(%IN+, %IN-), 0, 0.03) C209 1nF 0 0 IN+ IN- OUT+ OUT- E16144 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 B_F16 IN+ IN- OUT+ OUT- E16221 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E_16144 IF(V(CW0, 0)>800m, V(32B6, 0), V(32BB6, 0)) 0 0 BB_R1 C147 1nF U10240 DFF_TB67S CLK D R S QQB U32209 2AND_TB67S 0 A_F27 U10192 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16284 LIMIT(V(%IN+, %IN-), 0, 0.03) 32BB1 0 0 U10173 DFF_TB67S CLK D R S QQB 32AB13 U10251 DFF_TB67S CLK D R S QQB CLK0 CLK0 0 0 32BB10 32AB27 0 0 U32210 2AND_TB67S IN+ IN- OUT+ OUT- E16265 LIMIT(V(%IN+, %IN-), 0, 0.02) 32BB15 0 0 0 U32237 2AND_TB67S IN+ IN- OUT+ OUT- ESUM229 LIMIT(V(%IN+)+V(%IN-), 0, 1) U10211 DFF_TB67S CLK D R S QQB 0 0 0 IN+ IN- OUT+ OUT- E16186 LIMIT(V(%IN+, %IN-), 0, 0.02) 32A11 U32083 2AND_TB67S 0 0 0 32B18 IN+ IN- OUT+ OUT- E16192 LIMIT(V(%IN+, %IN-), 0, 0.05) U32211 2AND_TB67S 32BB1332BB0 32AB23 00 0 AB_R20 U32212 2AND_TB67S IN+ IN- OUT+ OUT- ESUM193 V(AB_R20)+V(AB_R21)+V(AB_R22)+V(AB_R23) 32BB11 0 0 0 AB_R4 IN+ IN- OUT+ OUT- E16187 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 B_R26 U10174 DFF_TB67S CLK D R S QQB U10156 DFF_TB67S CLK D R S QQB RST 0 0 0 U10168 DFF_TB67S CLK D R S QQB 32AB24 RST IN+ IN- OUT+ OUT- E16222 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- ESUM153 LIMIT(V(%IN+)+V(%IN-), 0, 1) IN+ IN- OUT+ OUT- E16316 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 32AB7 B_F17 IN+ IN- OUT+ OUT- E16150 LIMIT(V(%IN+, %IN-), 0, 0.03) RST 0 U32129 2AND_TB67S 0 IN+ IN- OUT+ OUT- E_16206 IF(V(CW0, 0)>800m, V(32AB7, 0), V(32A7, 0)) U32213 2AND_TB67S 0 0 32AB4 AB_F11 CLK0 CLK0 0 0 B_F13 RST 32BB12 32BB4 CLK0 B_R18 IN+ IN- OUT+ OUT- ESUM262 V(BB_F21)+V(BB_F22)+V(BB_F23)+V(BB_F24) IN+ IN- OUT+ OUT- E16101 LIMIT(V(%IN+, %IN-), 0, 0.05) 32BB732BB4 U10212 DFF_TB67S CLK D R S QQB 0 0 32A13 32B11 U32214 2AND_TB67S IN+ IN- OUT+ OUT- E16223 LIMIT(V(%IN+, %IN-), 0, 0.04) A_F7 U10175 DFF_TB67S CLK D R S QQB RST 00 0 C179 1nF 32A0 0 0 0 IN+ IN- OUT+ OUT- E16188 LIMIT(V(%IN+, %IN-), 0, 0.03) C210 1nF CLK0 0 32AB25 U32215 2AND_TB67S U32130 2AND_TB67S U32125 2AND_TB67S IN+ IN- OUT+ OUT- E16317 LIMIT(V(%IN+, %IN-), 0, 0.01) 0 0 A_F21 CLK0 0 IN+ IN- OUT+ OUT- E16235 LIMIT(V(%IN+, %IN-), 0, 0.02) U32145 2AND_TB67S RST 0 0 BB_R12 IN+ IN- OUT+ OUT- E16302 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- E16224 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 32A7 RST RST B_F29 B_R6 32A0 IN+ IN- OUT+ OUT- ESUM203 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 0 0 0 0 RST RST 0 32BB25 IN+ IN- OUT+ OUT- ESUM238 LIMIT(V(%IN+)+V(%IN-), 0, 1) C238 1nF 0 0 CLK0 0 0 0 0 32B13 BB_F14 CLK0 CLK0 RST 0 32A4 IN+ IN- OUT+ OUT- ESUM230 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32031 2AND_TB67S CLK0 IN+ IN- OUT+ OUT- E16274 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E16162 LIMIT(V(%IN+, %IN-), 0, 0.05) AB_F12 IN+ IN- OUT+ OUT- ESUM140 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 0 32B7 0 0 0 0 0 IN+ IN- OUT+ OUT- ESUM263 V(BB_R12)+V(BB_R13)+V(BB_R14)+V(BB_R15) RST RST CLK0 0 0 0 R154 1k IN+ IN- OUT+ OUT- E16303 LIMIT(V(%IN+, %IN-), 0, 0.03) RST BB_R15 U10241 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM239 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32131 2AND_TB67S 0 U32146 2AND_TB67S U10144 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16139 IF(V(CW0, 0)>800m, V(32B9, 0), V(32BB9, 0)) 0 U32084 2AND_TB67S RST 0 0 0 CLK0 0 0 0 32AB1 32A25 32A2 CLK0 RST CLK0 0 0 32B4 IN+ IN- OUT+ OUT- E_16211 IF(V(CW0, 0)>800m, V(32AB14, 0), V(32A14, 0)) 0 0 IN+ IN- OUT+ OUT- E_16161 IF(V(CW0, 0)>800m, V(32A8, 0), V(32AB8, 0)) CLK0 RST 0 0 C219 1nF RST 0 0 U32132 2AND_TB67S IN+ IN- OUT+ OUT- E16104 LIMIT(V(%IN+, %IN-), 0, 0.05) CLK0 0 32B0 U32147 2AND_TB67S 0 B_F18 IN+ IN- OUT+ OUT- E16324 LIMIT(V(%IN+, %IN-), 0, 0.04) U10185 DFF_TB67S CLK D R S QQB CLK0 RST CLK0 0 U10169 DFF_TB67S CLK D R S QQB A_R3 U10242 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16304 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- E16225 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- ESUM240 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 A_F16 IN+ IN- OUT+ OUT- ESUM231 LIMIT(V(%IN+)+V(%IN-), 0, 1) CLK0 0 00 BB_F9 U32148 2AND_TB67S C188 1nF IN+ IN- OUT+ OUT- E16151 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 RST 32BB1 IN+ IN- OUT+ OUT- E16236 LIMIT(V(%IN+, %IN-), 0, 0.02) RST 0 AB_R16 CLK0 0 IN+ IN- OUT+ OUT- E_16212 IF(V(CW0, 0)>800m, V(32AB13, 0), V(32A13, 0)) U32094 2AND_TB67S 0 0 00 32B25 CLK0 RST 0 U10170 DFF_TB67S CLK D R S QQB C136 1nF 0 0 32_BB 0 0 0 0 U32133 2AND_TB67S C220 1nF 32BB25 CLK0 0 0 U10243 DFF_TB67S CLK D R S QQB U32149 2AND_TB67S RST 0 A_F17 AB_F13 0 BB_F8 C180 1nF IN+ IN- OUT+ OUT- ESUM141 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 U10171 DFF_TB67S CLK D R S QQB U10157 DFF_TB67S CLK D R S QQB U32126 2AND_TB67S RST 0 0 U10186 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM241 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 BB_F10 IN+ IN- OUT+ OUT- E16202 LIMIT(V(%IN+, %IN-), 0, 0.01) U32095 2AND_TB67S CLK0 0 0 0 U32150 2AND_TB67S RST CLK0 U32134 2AND_TB67S U10193 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16213 IF(V(CW0, 0)>800m, V(32AB15, 0), V(32A15, 0)) 0 B_F19 0 0 0 IN+ IN- OUT+ OUT- E16230 LIMIT(V(%IN+, %IN-), 0, 0.05) 32BB26 0 0 0 0 0 32BB22 CLK0 0 0 0 A_F30 IN+ IN- OUT+ OUT- ESUM232 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32066 2AND_TB67S U10158 DFF_TB67S CLK D R S QQB 32_B 0 IN+ IN- OUT+ OUT- E16275 LIMIT(V(%IN+, %IN-), 0, 0.04) R125 1k A_F2 0 0 IN+ IN- OUT+ OUT- ESUM242 LIMIT(V(%IN+)+V(%IN-), 0, 1) C239 1nF RST 0 0 0 0 0 32A1 CLK0 0 AB_R27 U10244 DFF_TB67S CLK D R S QQB U10141 DFF_TB67S CLK D R S QQB RST 0 0 R156 1k U10194 DFF_TB67S CLK D R S QQB U10187 DFF_TB67S CLK D R S QQB R155 1k 00 IN+ IN- OUT+ OUT- E_16219 IF(V(CW0, 0)>800m, V(32AB6, 0), V(32A6, 0)) 0 0 00 0 32AB19 AB_R6 IN+ IN- OUT+ OUT- E16189 LIMIT(V(%IN+, %IN-), 0, 0.03) U10159 DFF_TB67S CLK D R S QQB R124 1k 0 CLK0 0 0 R157 1k IN+ IN- OUT+ OUT- E16318 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E16133 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- ESUM243 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32238 2AND_TB67S 0 U10142 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16276 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- E_32005 IF(V(CW0, 0)>800m, V(32_A, 0), V(32_AB, 0)) 0 0 0 B_R17 A_F18 IN+ IN- OUT+ OUT- E16152 LIMIT(V(%IN+, %IN-), 0, 0.01) U10213 DFF_TB67S CLK D R S QQB 0 IN+ IN- OUT+ OUT- E_16145 IF(V(CW0, 0)>800m, V(32B31, 0), V(32BB31, 0)) IN+ IN- OUT+ OUT- E_16100 IF(V(CW0, 0)>800m, V(32BB2, 0), V(32B2, 0)) U10204 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E_16169 IF(V(CW0, 0)>800m, V(32A10, 0), V(32AB10, 0)) C211 1nF 0 0 32AB24 BB_R20 32BB19 0 0 0 B_F20 C221 1nF U32096 2AND_TB67S 0 32B1 BB_F11 U32048 2AND_TB67S IN+ IN- OUT+ OUT- E_16132 IF(V(CW0, 0)>800m, V(32B8, 0), V(32BB8, 0)) 0 0 0 U32151 2AND_TB67S 32BB23 32BB27 0 0 0 C212 1nF U10143 DFF_TB67S CLK D R S QQB RST 0 0 U10195 DFF_TB67S CLK D R S QQB 32AB3 A_F1 U10214 DFF_TB67S CLK D R S QQB C222 1nF U32097 2AND_TB67S 0 0 32BB24 BB_R4 CLK0 RST 0 0 IN+ IN- OUT+ OUT- E16277 LIMIT(V(%IN+, %IN-), 0, 0.05) IN+ IN- OUT+ OUT- E_16170 IF(V(CW0, 0)>800m, V(32A11, 0), V(32AB11, 0)) IN+ IN- OUT+ OUT- E16203 LIMIT(V(%IN+, %IN-), 0, 0.01) 32BB24 0 0 A_F19 IN+ IN- OUT+ OUT- E16266 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- E16305 LIMIT(V(%IN+, %IN-), 0, 0.02) U32049 2AND_TB67S 0 IN+ IN- OUT+ OUT- E16325 LIMIT(V(%IN+, %IN-), 0, 0.03) CLK0 0 0 B_F28 U32070 2AND_TB67S IN+ IN- OUT+ OUT- ESUM194 V(AB_R24)+V(AB_R25)+V(AB_R26)+V(AB_R27) 0 0 1/32 step (H, H, H) 0 0 32A19 RST 0 0 A_F3 BB_F12 0 0 0 32A24 U10215 DFF_TB67S CLK D R S QQB 0 0 0 IN+ IN- OUT+ OUT- E_16171 IF(V(CW0, 0)>800m, V(32A12, 0), V(32AB12, 0)) 32BB232B2 0 U32067 2AND_TB67S U32152 2AND_TB67S IN+ IN- OUT+ OUT- E_16146 IF(V(CW0, 0)>800m, V(32B22, 0), V(32BB22, 0)) RST 0 0 CLK0 0 0 IN+ IN- OUT+ OUT- E16229 LIMIT(V(%IN+, %IN-), 0, 0.04) C137 1nF C213 1nF 0 0 U32085 2AND_TB67S 0 0 0 AB_F15 C189 1nF U32071 2AND_TB67S 0 0 CLK0 0 0 0 0 C223 1nF 32A3 0 0 0 A_F20 IN+ IN- OUT+ OUT- E16267 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16288 LIMIT(V(%IN+, %IN-), 0, 0.05) 32_AB 0 IN+ IN- OUT+ OUT- ESUM204 V(B_F9)+V(B_F10)+V(B_F11)+V(B_F12) U10216 DFF_TB67S CLK D R S QQB RST 0 U32064 2AND_TB67S IN+ IN- OUT+ OUT- E_16147 IF(V(CW0, 0)>800m, V(32B23, 0), V(32BB23, 0)) U10145 DFF_TB67S CLK D R S QQB B_F30 32AB26 IN+ IN- OUT+ OUT- E_16214 IF(V(CW0, 0)>800m, V(32AB9, 0), V(32A9, 0)) IN+ IN- OUT+ OUT- E16299 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 IN+ IN- OUT+ OUT- E16268 LIMIT(V(%IN+, %IN-), 0, 0.03) IN+ IN- OUT+ OUT- ESUM172 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32098 2AND_TB67S 32B24 IN+ IN- OUT+ OUT- ESUM142 V(A_F1)+V(A_F2)+V(A_F3)+V(A_F4) 0 0 BB_F30 B_F23 IN+ IN- OUT+ OUT- E16306 LIMIT(V(%IN+, %IN-), 0, 0.02) 0 0 0 0 0 00 IN+ IN- OUT+ OUT- E16278 LIMIT(V(%IN+, %IN-), 0, 0.05) U32239 2AND_TB67S IN+ IN- OUT+ OUT- E_32003 IF(V(CW0, 0)>800m, V(32_B, 0), V(32_BB, 0)) 0 0 0 U32003 2AND_TB67S RST IN+ IN- OUT+ OUT- E16153 LIMIT(V(%IN+, %IN-), 0, 0.02) U32099 2AND_TB67S 0 CLK0 0 32BB26 U32065 2AND_TB67S 0 0 CLK0 IN+ IN- OUT+ OUT- ESUM205 V(B_F13)+V(B_F14)+V(B_F15)+V(B_F16) IN+ IN- OUT+ OUT- E_16102 IF(V(CW0, 0)>800m, V(32BB4, 0), V(32B4, 0)) 0 0 U10146 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- ESUM222 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 0 0 0 RST CLK0 00 0 0 0 0 U32072 2AND_TB67S IN+ IN- OUT+ OUT- ESUM195 V(AB_R28)+V(AB_R29) RST C190 1nF IN+ IN- OUT+ OUT- E16163 LIMIT(V(%IN+, %IN-), 0, 0.05) B_F22 32B19 32A26 IN+ IN- OUT+ OUT- E16326 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 BB_F13 IN+ IN- OUT+ OUT- E_16148 IF(V(CW0, 0)>800m, V(32B17, 0), V(32BB17, 0)) 0 0 0 0 U32002 2AND_TB67S IN+ IN- OUT+ OUT- E16154 LIMIT(V(%IN+, %IN-), 0, 0.02) IN+ IN- OUT+ OUT- E16237 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 0 0 0 0 AB_R23 IN+ IN- OUT+ OUT- E16200 LIMIT(V(%IN+, %IN-), 0, 0.01) IN+ IN- OUT+ OUT- E16285 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- ESUM162 LIMIT(V(%IN+)+V(%IN-), 0, 1) 0 B_F24 B_F7 AB_R21 CLK0 0 0 0 BB_R16 U32221 2AND_TB67S IN+ IN- OUT+ OUT- E16226 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 0 0 RST 0 AB_R5 IN+ IN- OUT+ OUT- ESUM206 LIMIT(V(%IN+)+V(%IN-), 0, 1) U32073 2AND_TB67S 32B0 RST 0 IN+ IN- OUT+ OUT- E_16149 IF(V(CW0, 0)>800m, V(32B18, 0), V(32BB18, 0)) U32182 2AND_TB67S 0 0 U10147 DFF_TB67S CLK D R S QQB IN+ IN- OUT+ OUT- E16286 LIMIT(V(%IN+, %IN-), 0, 0.04) CLK0 IN+ IN- OUT+ OUT- E16238 LIMIT(V(%IN+, %IN-), 0, 0.02) U32216 2AND_TB67S IN+ IN- OUT+ OUT- E16258 LIMIT(V(%IN+, %IN-), 0, 0.04) 0 0 0 0 32B26 U10205 DFF_TB67S CLK D R S QQB 0 IN+ IN- OUT+ OUT- E16227 LIMIT(V(%IN+, %IN-), 0, 0.04) IN+ IN- OUT+ OUT- ESUM143 V(A_F5)+V(A_F6)+V(A_F7)+V(A_F8) RST 0 0 0 BB_R6 U32183 2AND_TB67S 0 0 0 C162 1nF IN+ IN- OUT+ OUT- E16123 LIMIT(V(%IN+, %IN-), 0, 0.04) U32100 2AND_TB67S CLK0 IN+ IN- OUT+ OUT- E16239 LIMIT(V(%IN+, %IN-), 0, 0.03) 0 U32217 2AND_TB67S C181 1nF 0 0 U32101 2AND_TB67S IN+ IN- OUT+ OUT- E16193 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 32AB16 U32014 2AND_TB67S CLK0 0 0 00 IN+ IN- OUT+ OUT- ESUM207 LIMIT(V(%IN+)+V(%IN-), 0, 1) 32A9 32A8 RST 0 0 0 0 BB_R27 IN+ IN- OUT+ OUT- E_16130 IF(V(CW0, 0)>800m, V(32B16, 0), V(32BB16, 0)) IN+ IN- OUT+ OUT- E16174 LIMIT(V(%IN+, %IN-), 0, 0.05) 0 0 0 0 U32218 2AND_TB67S IN+ IN- OUT+ OUT- E_16150 IF(V(CW0, 0)>800m, V(32B20, 0), V(32BB20, 0)) C138 1nF R168 1k 32A5 0 32A6 0 0 U32184 2AND_TB67S IN+ IN- OUT+ OUT- E_16207 IF(V(CW0, 0)>800m, V(32AB8, 0), V(32A8, 0)) 0 0 B_F25 B_R3 IN+ IN- OUT+ OUT- E16327 LIMIT(V(%IN+, %IN-), 0, 0.01) U32074 2AND_TB67S 32BB3 U10206 DFF_TB67S CLK D R S QQB 0 R136 1k U32015 2AND_TB67S RST CLK0
- 10. UMD_LOGIC Block (Equivalent Circuit) 10Copyright (C) Siam Bee Technologies 2016 UMD_LOGIC DMODE_TB67S Sel_1_8 Sel_1_16 Dm0 Dm1 Dm2 Sel_1_32 Sel_Fst Sel_Hst Sel_Qst Sel_Hst_a Sel_Hst_b Sel_Hst_a Sel_Hst_b UMD_1_8_2 3AND_TB67S UMD_1_8_1 INV_TB67S 1/8 step (H, L, H) Sel_1_8 UMD_FST 2NOR_TB67S UMD_HST_A1 2NOR_TB67S UMD_HST_A2 2AND_TB67S UMD_1_16_2 3AND_TB67S Sel_1_16 1/16 step (H, H, L) UMD_HST_B1 2NOR_TB67S UMD_HST_B2 2AND_TB67S UMD_1_16_1 INV_TB67S Dm0 Dm2 Dm1 UMD_1_32 3AND_TB67S Sel_1_32 1/32 step (H, H, H) Sel_Hst Sel_Fst UMD_HST 2OR_TB67S Half step (a) (L, H, L) Half step (b) (H, L, L) Full step (L, L, L) - Standby Full step (L, L, H) UMD_QST2 3AND_TB67S UMD_QST1 INV_TB67S Sel_Qst Quarter step (L, H, H)